chemical element with atomic number 4
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2 episodes with Beryllium
4 episodes with Beryllium
2 episodes with Beryllium
2 episodes with Beryllium
2 episodes with Beryllium
2 episodes with Beryllium
2 episodes with Beryllium
2 episodes with Beryllium
3 episodes with Beryllium
STERNENGESCHICHTEN LIVE TOUR 2025! Nächste Shows in ESCHWEILER (26. Mai) und MÜNCHEN (4. Juni). Tickets unter https://sternengeschichten.live Aus astronomischer Sicht sind Bor und Beryllium zwei sehr spezielle Elemente. Das liegt an ihrem Ursprung und was der mit uns allen zu tun hat, erfahrt ihr in der neuen Folge der Sternengeschichten: Wer den Podcast finanziell unterstützen möchte, kann das hier tun: Mit PayPal (https://www.paypal.me/florianfreistetter), Patreon (https://www.patreon.com/sternengeschichten) oder Steady (https://steadyhq.com/sternengeschichten)
Coming to you from an Airbnb, above a ski hire shop, next to a construction site in Ushuia, Argentina… It's a very special episode as we continue to pester Antarctica. Alan checks in from Barcelona for mysterious reasons. We'll have to get the truth our of him in the future… Lots is going on in the news; deep-sea fish keep turning up, including a little Melanocetus anglerfish - sometimes called a black seadevil. This has had a real impact on people. The media tried to call it a monster, but the people fell for this little fish. An orfish, the doomsday fish, also turns up, but is that really a sign of doom? There's a new giant isopod, and it's named after Darth Vader - Bathy-normouse! We get excited about Beryllium-10 and ponder neutrinos. But what we are here for today is a very special birthday. Our favorite and most elusive colossal squid, Mesonychoteuthis hamiltoni, has been described for 100 years but never seen in its natural environment! We are having a birthday bash for the big girl. Joined by Kat Bolstad of the Auckland University of Technology, Squid Squad, we learn what we do and don't know, as well as the project Thom and Kat came up with to try to find it. We're really trying to make this project self-sustaining, so we have started looking for ways to support the podcast. Here's a link to our page on how to support us, from the free options to becoming a patron of the show. We want to say a huge thank you to those patrons who have already pledged to support us: Luz, Caro Mclaren, Tadhg, Austin Horenkamp, Thora, Lindsey and Harrison Thanks again for tuning in; we'll deep-see you next time! Check out our podcast merch here! Which now includes Alan's beloved apron and a much anticipated new design... Feel free to get in touch with us with questions or your own tales from the high seas on: podcast@armatusoceanic.com We'd love to actually play your voice so feel free to record a short audio note! We are also on Twitter: @DeepSeaPod Facebook: DeepSeaPodcast Instagram: @deepsea_podcast Keep up with the team on social media Twitter: Alan - @Hadalbloke Thom - @ThomLinley Instagram: Thom - @thom.linley BlueSky: Thom - @deepseapod.com Follow Kat on Bluesky: @autsquidsquad.bsky.social Twitter: @ALCESonline Reference list News Anglerfish New York Times Today Beetle Moses cartoon Orfish Stranding Doomsday fish paper Vader isopod Radioactive blip KM3Net Interview Original colossal squid description Pure Ocean Fund Intrepid Travel Auckland Aquarium - SEA LIFE Kelly Tarlton's Aquarium Us testing the camera in the aquarium Mantis Sub underwater housings https://www.mantis-sub.com/ Otago University and the NZ Whale and Dolphin Trust Importance in sperm whale diet Colossal and giant squid eyes Toothfish predation by colossal squid one and two Whales vs squid arms race Ceph Ref and GoFundMe Glossery Umwelt - the sensory world an animal lives in. Intraspecific - between the same species Interspecific - between different species Credits Theme – Hadal Zone Express by Märvel Logo image: Thom Linley Happy birthday: The guests aboard the Ocean Endeavour Poem: One of our patrons, Tadhg Timestamps/ chapters 00:00:00 - Intro 00:05:55 - News 00:21:35 - Interview - Colossal squid 01:08:00 - Outro
The James Webb Space Telescope has blown our minds again, uncovering how tiny galaxies played a huge role in building the universe. These small galaxies, way back in the early days of the cosmos, were like cosmic overachievers, cranking out stars like there was no tomorrow. JWST's powerful infrared vision revealed these faint, ancient galaxies that we couldn't see before. Turns out, their energy and light helped shape the universe, contributing to something called reionization, which made the universe clear and starry like we know it now. It's wild to think that these tiny galaxies did so much heavy lifting in the grand cosmic plan. Basically, the JWST just gave us another reason to geek out over the universe! Credit: CC BY-SA 3.0 https://creativecommons.org/licenses/... Redshift: Georg Wiora (Dr. Schorsch), https://commons.wikimedia.org/wiki/Fi... Beryllium nuggets: W. Oelen, https://commons.wikimedia.org/wiki/Fi... Animation is created by Bright Side. ---------------------------------------------------------------------------------------- Music from TheSoul Sound: https://thesoul-sound.com/ Check our Bright Side podcast on Spotify and leave a positive review! https://open.spotify.com/show/0hUkPxD... Subscribe to Bright Side: https://goo.gl/rQTJZz ---------------------------------------------------------------------------------------- Our Social Media: Facebook: / brightside Instagram: / brightside.official TikTok: https://www.tiktok.com/@brightside.of... Stock materials (photos, footages and other): https://www.depositphotos.com https://www.shutterstock.com https://www.eastnews.ru ---------------------------------------------------------------------------------------- For more videos and articles visit: http://www.brightside.me Learn more about your ad choices. Visit megaphone.fm/adchoices
Tue, 05 Nov 2024 17:30:00 +0000 https://aus-liebe-zur-musik.podigee.io/107-new-episode bc6fa09b8d58aaef0d70eb4be9023e6d ... endlich wieder von Angesicht zu Angesicht. Nachdem nun erst Christian und danach Peter im Urlaub waren sprechen die beiden wieder von Angesicht zu Angesicht. Und es geht gleich spannend los: Sonos hat mit der Sonos ARC Ultra den Nachfolger der bei uns meistverkauften Soundbar auf den Markt gebracht. Wir sind froh mit Christoph Kissel nun einen weiteren Mitstreiter in unserem Team begrüßen zu den dürfen. Gleich am ersten Tag durfte er mit Peter die schwersten aller Accuphase Endstufen zur Probe stellen: zwei P-7500. Christian berichtet derweil von einer Auslieferung einer Gauder Dart 100 inkl. Vor-Ort-Vergleich von Beryllium gegen Diamant-Hochtöner und einer raumakustischen Einmessen mit großer Wirkung! Selbstverständlich laufen schon wieder die Vorbereitungen auf Hochtöner auf den kommenden Freitag: Concerto Köln besucht uns zu einem Podcast-Gespräch und einer Live-Vorführung mit vier Musikern aus dem internationalen Top-Orchester! Die Songs: Christian: Mumford & Sons - House of the Rising Sun (Live from Olreans Jazz Fest) Peter: Concerto Köln - Concerto in G Minor, HWV 287: III. Largo Moderato e Cantabile (Most Celebrated, Clara Blessing) Hier findet ihr die Playlisten zu unserem Podcast. Immer aktualisiert - einmal auf Qobuz und einmal auf Tidal: Qobuz: https://open.qobuz.com/playlist/13181317 Tidal: https://tidal.com/browse/playlist/794fc949-7d62-44d4-9c8c-3ede893e3a02 full ... endlich wieder von Angesicht zu Angesicht. no Schmitz HiFi Video GmbH & Co KG
I forbindelse med episoden om Beryllium var vi så heldige å bli invitert med på en liten tur til Agder Naturmuseum og Botanisk Hage sin flotte mineralsamling av Tor Sigvald Johansen. Her finnes det grunnstoffer samlet i svært så vakre og fortryllende formasjoner. Og ikke minst, svært mye som vi finner rundt forbi i vårt langstrakte og steinrike land.Bli med oss på vår vimsete reise gjennom det periodiske system der vi får nerdet fra oss og gravd oss dypt ned i hvert enkelt grunnstoff, men på et nivå som alle skal kunne forstå. Med oss på reisen har vi eksperter som kan mer enn de fleste om de ulike grunnstoffene og hjelper oss å skjønne litt mer av det vi alle er lagd av. Vi er Gunstein Skomedal (materialteknolog UiA), Ole Martin Løvvik (fysiker, UiO/Sintef) og Birte Runde (journalist i Eyde-klyngen).Har du forslag til grunnstoff vi bør snakke om, gjester/eksperter vi bør invitere eller besøke, eller morsomme fakta og historier om et grunnstoff? Eller har du innspill til lyd, form, innhold eller annet? Send oss gjerne tilbakemelding på gunstein.skomedal@uia.no.
Var det beryll som ble brukt i verdens første briller? Som en viktig bestandel i en av våre edleste stener har Beryllium lenge vært et ettertraktet grunnstoff. Og som et av våre letteste og sterkeste lettmetall skulle en tro at det også var ettertraktet til bruk der slike egenskaper er viktig. Men Beryllium har også dødelige egenskaper..I denne episoden får vi besøk av Tor Sigvald Johansen fra Agder Naturmuseum og Botanisk Hage som forteller om sin fasinasjon for mineraler, og særlig også mineraler der Beryllium inngår som en viktig bestanddel. For ikke bare er beryllsamlingen ved museumet imponerende, men det er også funnet noen enorme krystaller i Norge. Og hører du på denne episoden kan du kanskje få tips til steder der du også kan finne dem den dag idag.Bli med oss på vår vimsete reise gjennom det periodiske system der vi får nerdet fra oss og gravd oss dypt ned i hvert enkelt grunnstoff, men på et nivå som alle skal kunne forstå. Med oss på reisen har vi eksperter som kan mer enn de fleste om de ulike grunnstoffene og hjelper oss å skjønne litt mer av det vi alle er lagd av. Vi er Gunstein Skomedal (materialteknolog UiA), Ole Martin Løvvik (fysiker, UiO/Sintef) og Birte Runde (journalist i Eyde-klyngen).Har du forslag til grunnstoff vi bør snakke om, gjester/eksperter vi bør invitere eller besøke, eller morsomme fakta og historier om et grunnstoff? Eller har du innspill til lyd, form, innhold eller annet? Send oss gjerne tilbakemelding på gunstein.skomedal@uia.no.
Questa puntata di Poteri Forti è un nuovo speciale preso da “Consultazioni”, la serie di eventi online in cui andiamo dietro le quinte della politica con chi la fa: i rappresentanti eletti, ma anche i sondaggisti, gli spin doctor, i comunicatori.Quella che state ascoltando è la seconda puntata della serie, registrata lo scorso novembre su Instagram e che ha come protagonisti il direttore di Pagella Politica Giovanni Zagni e Gaetano Grasso, fondatore e ceo di Beryllium, società di comunicazione e consulenza che ha curato le campagne elettorali di tantissimi politici in tutta Italia.Come si vincono le elezioni? Come si organizza da zero una campagna elettorale? E quali sono gli errori da non commettere mai a pochi giorni dal voto? Chiediamolo a chi se ne intende.Scriveteci all'indirizzo o via Whatsapp al 3332652626. Seguiteci sui nostri siti e sui nostri profiliFacebook, Instagram, Twitter, Telegram e TikTok. Questa puntata è stata montata da Davide Leo e Federico Gonzato ed è stata prodotta da Jessica Mariana Masucci.
If cash is king, then Beryllium's job is protecting royalty! Securing the bag is a big part of this major security company's mandate. It's expensive, delicate and dangerous work! We'll talk to Beryllium President and CEO, Andre McLean, about business since their rebranding, issues affecting the industry, and the company's plans for the future. Would they ever IPO? And THE ANALYSTS weigh in on the latest market developments… Tropical Battery is expanding its footprint with the introduction of a new service called Tropical Delivery, an EV delivery service. And American Health Care Company CVS quarterly report is out. How did they perform? We'll discuss ****************** OUR SEGMENTS: 0:00- Intro 1:43- What's Hot in Business 6:58- Discussion - Market Recap 56:06- The Analysts- 59:50 -The Analysts- ******************* SUBSCRIBE TO OUR NEWSLETTER: https://kalilahreynolds.com/newsletter JOIN THE MONEY MISSION: https://moneymission.mn.co --- Support this podcast: https://podcasters.spotify.com/pod/show/kalilahrey/support
The James Webb Space Telescope is one of the most ambitious and technically complex missions NASA has ever set its focus on.
What do golf clubs, computers and aerospace engineering have in common? They all use a beryllium alloy as part of their manufacturing process. Beryllium is used in many industries and, over time, workers who are in contact with this element can become sensitized to it and may develop chronic beryllium disease. Dr. Maeve MacMurdo discusses ways to identify patients who may be sensitized, as well as those who have developed chronic beryllium disease and how they can be treated.
Did Harvard astronomer Avi Loeb discover the remnants of an interstellar meteor in the form of spherules on the ocean floor? Could they be of alien origin? In today's special edition of The Michael Shermer Show the guest, Harvard astrophysicist Dr. Avi Loeb announces that he has discovered material from a large interstellar object from the bottom of the Pacific Ocean near Papua New Guinea in an expedition he led over the summer. The object, which he labels IM1—Interstellar Meteor 1—collided with Earth nearly a decade ago and was tracked by U.S. government satellites, which gave Loeb and his team coordinates of where to look. Most of the meteor burned up in the atmosphere but tiny spherules remained on the ocean bottom, which Loeb retrieved and had analyzed in labs at Harvard, UC Berkeley, and the Broker Corporation. These spherules are tiny—smaller than a grain of sand—and there are literally trillions of them around the world of both terrestrial and extraterrestrial origin, so whether or not these particular spherules are Interstellar in origin remains to be seen, despite Loeb's confidence that they are. Here is what he announced today in a press release: The Interstellar Expedition of June 2023–led by the expedition's Chief Scientist, Harvard University Astrophysicist Avi Loeb and coordinated by Expedition Leader Rob McCallum of EYOS Expeditions retrieved hundreds of metallic spheres thought to be unmatched to any existing alloys in our solar system from the seafloor in the Pacific Ocean near Papua New Guinea. Early analysis shows that some spherules from the meteor path contain extremely high abundances of Beryllium, Lanthanum and Uranium, labeled as a never-seen-before “BeLaU” composition. These spherules also exhibit iron isotope ratios unlike those found on Earth, the Moon and Mars, altogether implying an interstellar origin. The loss of volatile elements is consistent with IM1's airburst in the Earth's atmosphere. “The “BeLaU” composition is tantalizingly different by factors of hundreds from solar system materials, with beryllium production through spallation of heavier nuclei by cosmic-rays flagging interstellar travel,” says Avi Loeb. The press release of August 29, 2023 was timed with the publication date of Dr. Loeb's new book, Interstellar, whose subtitle hints at the scientist's larger ambitions: The Search for Extraterrestrial Life and Our Future in the Stars. Dr. Loeb's co-authored paper has not been peer reviewed. In fact, none of the world's leading experts on spherules from space have even seen any of Dr. Loeb's evidence. So in preparation for this episode, I contacted Peter Brown, an astronomer at Western University, Ontario, who specializes in the physics of meteors, and he directed me to the five leading experts in the world on spherules. These include: George Flynn, SUNY, Plattsburgh; Don Brownlee, University of Washington; John Bradley, University of Hawaii; Michael Zolensky, NASA; and Matthew Genge, Imperial College, London. I also consulted Steven Desch, from Arizona State University, as he has been quoted elsewhere as a critic of Avi Loeb's research. All expressed their skepticism about Dr. Loeb's findings, which I read on air to Avi to get his response. (See the show notes for this episode on skeptic.com.) Listen to the experts and Dr. Loeb's response to their skepticism in this episode. (Note: Steven Desch's initial statement, included in the show notes, was so negative that I chose not to read it on air, but include it in the show notes on skeptic.com for full disclosure of what he thinks about this research. I also included Dr. Desch's additional comments on why many scientists are skeptical of the U.S. government data on the meteor's trajectory and impact site.) I should note that I am a member of the Galileo Project team, which organized this expedition, and I consider Avi a friend and colleague who always welcomes my skepticism in our weekly team meetings. To that end let me emphasize that he is not claiming to have discovered alien technology, only the remnants of an interstellar object. Unfortunately, the media coverage surrounding the Galileo Project in general and this expedition in particular is only interested in whether or not we have made contact with ET. We have not, and Avi is not claiming that we have. No matter the scientific find is, the media reports it as aliens, aliens, and aliens. Alas. My own view is that aliens are very likely out there somewhere—given the astronomical numbers of hundreds of billions of galaxies, each of which has hundreds of billions of stars, each of which has planets it seems highly unlikely that we're alone in the cosmos—but that they have very likely not come here in any shape or form—nonhuman biologics or extraterrestrial metalogics (my own neologism echoing government whistleblower David Grusch's ridiculous description of alien pilots as “nonhuman biologics” in his Congressional testimony). The universe is vast and consists of mostly empty space. The odds are very long indeed that anyone could find us, much less leave traces for us to evaluate. But in keeping with Cromwell's Rule in Bayesian reasoning (never assign a 0 or 1 probability to anything because, as Oliver Cromwell famously said, “I beseech you in the bowels of Christ you might be mistaken”), we should keep an open mind and keep looking. That is why I support the SETI program and am on the Galileo Project team. The odds are long but the payoff would be spectacular if we ever did discover extraterrestrial intelligence or the technological artifacts of an extraterrestrial civilization. Abraham (Avi) Loeb is the Frank B. Baird, Jr., Professor of Science at Harvard University, the longest-serving chair of Harvard's Department of Astronomy, the founding director of Harvard's Black Hole Initiative, and the current director of the Institute for Theory and Computation (ITC) within the Harvard-Smithsonian Center for Astrophysics. He also heads the Galileo Project, chairs the Advisory Committee for the Breakthrough Starshot Initiative, and is former chair of the Board on Physics and Astronomy of the National Academies. Author of eight books and more than a thousand scientific papers, Loeb is an elected fellow of the American Academy of Arts and Sciences, the American Physical Society, and the International Academy of Astronautics. In 2012, Time selected Loeb as one of the 25 most influential people in space. He lives near Boston, Massachusetts.
⭐Subscribe to The Crystal Clarity podcast on Apple Podcast, or Spotify Watch the episode here on YouTube! Love the show? Subscribe, rate, review, & share! --- CCP Episode 10 How to Trigger a Full Genetic Reset After Life-Changing Impacts Hello and welcome to Episode 10 of the Crystal Clarity Podcast! Today, we're diving deep into a fascinating topic: how to trigger a full genetic reset using the incredible power of vibrational medicines, particularly certain stones. If you've ever felt that your life's trajectory has been altered by events, toxins, or traumas, this episode is for you. We'll explore the profound impact of vibrational medicines on our DNA, the potential for a genetic reset, and how stones can restore us to the path of our highest potential. Revisiting the Unwounded Self Imagine a moment where you could step back in time, revisiting the version of yourself before any impact, wound, or toxin altered your life's course. This is the heart of the genetic reset. Vibrational medicines, like specific stones, offer us a way to gain a broader perspective, transcending the limitations set by traumas, toxins, or events that may have triggered negative cascades in our lives. By connecting with our unwounded self, we can effectively hit the "reset" button and restore ourselves to a state of sovereignty. Stones: The Laboratory of All Possibility Stones hold a unique position as nature's connection to the realm of all possibility. The crystalline structure of stones contains vast amounts of information, much like the coding in computer chips. Just as technology is coded to perform specific functions, our DNA can be encoded to express certain traits. Stones work as agents of change, allowing us to switch these codes on and off, thereby influencing our gene expression and our ability to fulfill our potential. The Impact of Modern Influences In today's world, our DNA is bombarded by various influences, many of which we don't fully comprehend. From radiation emitted by technology to experimental medical treatments and environmental toxins, our genetic makeup is under constant stress. These influences can trigger cascades that pull us away from our intended path, leaving us feeling disempowered and struggling. A genetic reset becomes crucial in such scenarios to regain sovereignty over our lives. The Healing Power of Stone Medicine Stone medicine holds the key to triggering a genetic reset. The specific formula that can facilitate this transformation includes Aquamarine, Emerald, Morganite, and Diamond. Each stone brings a unique resonance to the process. Aquamarine, Emerald, and Morganite, all being Beryllium stones, weave together a trinity that sorts and resets the codes within our DNA. Diamond, the hardest of stones, acts as the anchor for this transformation, making the reset permanent. Sovereignty and Destiny As we engage in this genetic reset, we experience a return to sovereignty – the feeling of being in the driver's seat of our lives. Sovereignty allows us to reclaim our power, make conscious choices, and realign with our divine purpose. It's about seeing ourselves as creators of our destinies, despite the external influences that try to take that power away. This reset formula aligns with our Crown Chakra, connecting us to our destiny and allowing us to initiate a shift towards realizing our fullest potential. Embracing the Mystery This genetic reset isn't merely a logical equation to solve. It's a mystery that invites us to meet it with a sense of wonder and openness. The power of stone medicine lies beyond the confines of our rational minds. Instead of trying to control or understand every detail, we're urged to embrace the enigmatic nature of the process. Letting the mystery unfold within us, we step into a space of profound transformation. In a world filled with unknowns and external influences, the concept of a full genetic reset using stone medicine offers a glimmer of hope. By connecting with the wisdom of stones and the power of vibrational medicine, we can reset our genetic codes, restoring our sovereignty and aligning with our true purpose. Remember, this process isn't about mastering the steps; it's about surrendering to the mystery and letting it work its magic in our lives. So, as you step forward from this episode, consider the unwounded self, the power of stone medicine, and the possibility of rewriting your genetic destiny. The journey is mysterious, transformative, and ultimately, uniquely your own.
Get a free month of endless royalty free music and support the show! : https://www.epidemicsound.com/referral/zsebfw/ ------------------------------------------------------------------------------------------------- Twitter: https://twitter.com/MartinPagon Twitter: https://twitter.com/TheBamCast Instagram: https://www.instagram.com/thebamcast/ ------------------------------------------------------------------------------------------------- - Sokushinbutsu:https://en.wikipedia.org/wiki/Sokushinbutsu#:~:text=Sokushinbutsu%20(即身仏)%20are,and%20entering%20mummification%20while%20alive. - I'm not gonna link the Tiktok trend lol, youtube will dump us but its called "The Door Trend" ------------------------------------------------------------------------------------------------- #TheBamCast #Sokushinbutsu #Beryllium
Beryllium spillede en afgørende rolle i den hidtil største menneskeskabte eksplosion. Og det er faktisk lidt af et paradoks, for Beryllium er det første grundstof i rækken, der ikke blev skabt ved universets fødsel. Periodisk - er en RAKKERPAK original produceret af Rakkerpak Productions.Historierne du hører bygger på journalistisk research og fakta. De kan indeholde fiktive elementer som for eksempel dialog.Hvis du kan lide min fortælling, så husk at gå ind og abonnér, give en anmeldelse og fortæl dine venner om Periodisk.Podcasten er blevet til med støtte fra Novo Nordisk Fonden. Hvis du vil vide mere kan du besøge vores website periodisk.dkAfsnittet er skrevet og tilrettelagt af Frederik HolstTor Arnbjørn og Dorte Palle er producereRene Slott står for lyddesign og mixSimon Bennebjerg er vært
Digital wallet provider Lynk is making it easy to do all your cash transactions virtually. Meaning you don't have to walk around with cash! And NCB is encouraging their customers to use Lynk as a payment option. Is a cashless society the way to go, especially in light of recent robberies of Beryllium trucks? We'll discuss with John-Matthew Sinclair , Chief Product Officer at Lynk. And THE ANALYSTS weigh in on the latest market developments… Grace Kennedy, Wisynco and Seprod results are out. How did they perform? And MPC CARIBBEAN CLEAN ENERGY is reorganizing the company's operations. We'll discuss ****************** OUR SEGMENTS: 0:00- Intro 1:47- What's Hot in Business 5:40- Discussion 34:13- Market Recap 41:58- The Analysts- GK, Wisynco and Seprod Results 50:26- The Analysts- MPC Clean Energy Reorganizing 55:17- The Analysts- TransJamaican Highway ******************* SUBSCRIBE TO OUR NEWSLETTER: kalilahreynolds.com/newsletter ****************** --- Support this podcast: https://podcasters.spotify.com/pod/show/kalilahrey/support
This is a podcast episode about the James Webb Telescope The internet recently celebrated images from far-off areas of the universe from the latest eye in the sky - James Webb Space Telescope. JWST isn't the first time astronomers pointed a space telescope at various heavenly bodies. Years ago, Hubble Space Telescope was launched and brought back the first images of deep space, something that humans have never been able to see before. But the history of space exploration started many centuries before JWST lifted off from the earth's surface to bring back the images of the cosmos that broke the internet. From the time human beings started walking on the face of the earth, we have always looked up with wonder at the sky. Heavenly bodies fascinated us in many ways and became an integral part of cultures across the world. But before we dwell into JWST's existence and the story behind it, let us rewind some time in the past. Actually, a long time in the past, to the big daddy of all bangs - the Big Bang! The Big Bang theory describes how the universe expanded from an initial state of high density and temperature. It is the prevailing cosmological model explaining the evolution of the observable universe from the earliest known periods through its subsequent large-scale form. The model offers a comprehensive explanation for a broad range of observed phenomena, including the abundance of light elements, the cosmic microwave background (CMB) radiation, and large-scale structure. Big Bang theory is supported by Hubble-Lemarite law which states that further, an object is in the universe, the faster it is moving away from earth. Extrapolating this cosmic expansion backwards in time using the known laws of physics, the theory describes an increasingly concentrated cosmos preceded by a singularity in which space and time lose meaning. Detailed measurements of the expansion rate of the universe place the Big Bang singularity at around 13.8 billion years ago, which is thus considered the age of the universe. After its initial expansion, an event that is by itself often called "the Big Bang", the universe cooled sufficiently to allow the formation of subatomic particles, and later atoms. Giant clouds of these primordial elements—mostly hydrogen, with some helium and lithium—later coalesced through gravity, forming early stars and galaxies, the descendants of which are visible today. Besides these primordial building materials, astronomers observe the gravitational effects of an unknown dark matter surrounding galaxies. Georges Lemaître first noted in 1927 that an expanding universe could be traced back in time to an originating single point, which he called the "primeval atom". Edwin Hubble confirmed through analysis of galactic redshifts in 1929 that galaxies are indeed drifting apart; this is important observational evidence for an expanding universe. For several decades, the scientific community was divided between supporters of the Big Bang and the rival steady-state model which both offered explanations for the observed expansion, but the steady-state model stipulated an eternal universe in contrast to the Big Bang's finite age. In 1964, the CMB was discovered, which convinced many cosmologists that the steady-state theory was falsified, since, unlike the steady-state theory, the hot Big Bang predicted uniform background radiation throughout the universe caused by the high temperatures and densities in the distant past. One of the most important factors supporting the Big Bang Theory is the expansion of the universe. Contrary to popular belief, Big Bang is not an explosion of matter that moves outward to fill the empty space, it is the expansion of the space itself with time, resulting in each point moving away. It is an expansion of space and not an explosion in space. The need for James Webb came in because it turned out that Hubble wasn't enough for more deep space investigation. To study about the universe as it existed during its formation, it was essential to be able to see deeper into space. JWST uses infrared cameras instead of visible light that enables it to look deeper into space. Infrared light travels through the gas clouds and dust in space and enables JWST to see further and detect fainter objects than a regular visible light spectrum camera. Since James Webb uses infrared cameras, it is important to maintain the temperature of the telescope as low as possible to avoid the images being tainted. For this reason, Webb orbits much further away from earth to avoid contamination of the images being captured. Any amount of heat would result in the contamination of images since anything that emits heat radiates infrared radiation. As a result of this distance from earth, JWST is not serviceable like the Hubble telescope. Hubble had issues with its mirrors when it was launched and then had to be serviced to add a corrective “lens” to ensure that the images were not blurred. Also, unlike the Hubble telescope, James Webb couldn't be assembled in the orbit but had to b launched in one piece which would unwrap itself. This was a complicated process with many points of failure. JWST is parked in an orbit around a point about a million kilometres from the earth where the effects of the gravitational force of the Sun and Earth act with equal force. James Webb was NASA's second administrator. He lead the Apollo Moon missions Projected cost was $1bn which was surpassed in 2007 and crossed $10bn in 2021. Launched Dec 25th, 2021 During its inception and early years, it was called Next Generation Space Telescope (NGST) Cold telescope in space is required for capturing the infrared radiations coming from far away objects. An expected lifetime of 10 years, but may last more than that Since Webb orbits around 1.5 million kilometres from Earth, assembly in space and servicing is impossible The primary mirror in Webb is about 6.5 metres in diameter with about 6 times larger area than Hubble Mirrors are Beryllium mirrors and are lighter than Hubble's mirrors although bigger in size Five laters of sun shield with vacuum in between acting as insulator Located in the second Lagrange point where it is shielded from the Sun and the moon at all the times Webb operates at 50K which is 50 degrees above absolute zero (-223 degree C) You can follow us and leave us feedback on Facebook, Instagram, and Twitter @eplogmedia, For partnerships/queries send you can send us an email at bonjour@eplog.media DISCLAIMER: The views expressed on all the shows produced and distributed by Ep.Log Media are personal to the host and the guest of the shows respectively and with no intention to harm the sentiments of any individual/organization.The said content is not obscene or blasphemous or defamatory of any event and/or person deceased or alive or in contempt of court or breach of contract or breach of privilege, or in violation of any provisions of the statute, nor hurt the sentiments of any religious groups/ person/government/non-government authorities and/or breach or be against any declared public policy of any nation or state.See omnystudio.com/listener for privacy information.
Lexman and Dmitry Korkin chat about the importance of sheens, centals, and beryllium in garden design.
This is a podcast episode about the James Webb Telescope The internet recently celebrated images from far-off areas of the universe from the latest eye in the sky - James Webb Space Telescope. JWST isn't the first time astronomers pointed a space telescope at various heavenly bodies. Years ago, Hubble Space Telescope was launched and brought back the first images of deep space, something that humans have never been able to see before. But the history of space exploration started many centuries before JWST lifted off from the earth's surface to bring back the images of the cosmos that broke the internet. From the time human beings started walking on the face of the earth, we have always looked up with wonder at the sky. Heavenly bodies fascinated us in many ways and became an integral part of cultures across the world. But before we dwell into JWST's existence and the story behind it, let us rewind some time in the past. Actually, a long time in the past, to the big daddy of all bangs - the Big Bang! The Big Bang theory describes how the universe expanded from an initial state of high density and temperature. It is the prevailing cosmological model explaining the evolution of the observable universe from the earliest known periods through its subsequent large-scale form. The model offers a comprehensive explanation for a broad range of observed phenomena, including the abundance of light elements, the cosmic microwave background (CMB) radiation, and large-scale structure. Big Bang theory is supported by Hubble-Lemarite law which states that further, an object is in the universe, the faster it is moving away from earth. Extrapolating this cosmic expansion backwards in time using the known laws of physics, the theory describes an increasingly concentrated cosmos preceded by a singularity in which space and time lose meaning. Detailed measurements of the expansion rate of the universe place the Big Bang singularity at around 13.8 billion years ago, which is thus considered the age of the universe. After its initial expansion, an event that is by itself often called "the Big Bang", the universe cooled sufficiently to allow the formation of subatomic particles, and later atoms. Giant clouds of these primordial elements—mostly hydrogen, with some helium and lithium—later coalesced through gravity, forming early stars and galaxies, the descendants of which are visible today. Besides these primordial building materials, astronomers observe the gravitational effects of an unknown dark matter surrounding galaxies. Georges Lemaître first noted in 1927 that an expanding universe could be traced back in time to an originating single point, which he called the "primeval atom". Edwin Hubble confirmed through analysis of galactic redshifts in 1929 that galaxies are indeed drifting apart; this is important observational evidence for an expanding universe. For several decades, the scientific community was divided between supporters of the Big Bang and the rival steady-state model which both offered explanations for the observed expansion, but the steady-state model stipulated an eternal universe in contrast to the Big Bang's finite age. In 1964, the CMB was discovered, which convinced many cosmologists that the steady-state theory was falsified, since, unlike the steady-state theory, the hot Big Bang predicted uniform background radiation throughout the universe caused by the high temperatures and densities in the distant past. One of the most important factors supporting the Big Bang Theory is the expansion of the universe. Contrary to popular belief, Big Bang is not an explosion of matter that moves outward to fill the empty space, it is the expansion of the space itself with time, resulting in each point moving away. It is an expansion of space and not an explosion in space. The need for James Webb came in because it turned out that Hubble wasn't enough for more deep space investigation. To study about the universe as it existed during its formation, it was essential to be able to see deeper into space. JWST uses infrared cameras instead of visible light that enables it to look deeper into space. Infrared light travels through the gas clouds and dust in space and enables JWST to see further and detect fainter objects than a regular visible light spectrum camera. Since James Webb uses infrared cameras, it is important to maintain the temperature of the telescope as low as possible to avoid the images being tainted. For this reason, Webb orbits much further away from earth to avoid contamination of the images being captured. Any amount of heat would result in the contamination of images since anything that emits heat radiates infrared radiation. As a result of this distance from earth, JWST is not serviceable like the Hubble telescope. Hubble had issues with its mirrors when it was launched and then had to be serviced to add a corrective “lens” to ensure that the images were not blurred. Also, unlike the Hubble telescope, James Webb couldn't be assembled in the orbit but had to b launched in one piece which would unwrap itself. This was a complicated process with many points of failure. JWST is parked in an orbit around a point about a million kilometres from the earth where the effects of the gravitational force of the Sun and Earth act with equal force. James Webb was NASA's second administrator. He lead the Apollo Moon missions Projected cost was $1bn which was surpassed in 2007 and crossed $10bn in 2021. Launched Dec 25th, 2021 During its inception and early years, it was called Next Generation Space Telescope (NGST) Cold telescope in space is required for capturing the infrared radiations coming from far away objects. An expected lifetime of 10 years, but may last more than that Since Webb orbits around 1.5 million kilometres from Earth, assembly in space and servicing is impossible The primary mirror in Webb is about 6.5 metres in diameter with about 6 times larger area than Hubble Mirrors are Beryllium mirrors and are lighter than Hubble's mirrors although bigger in size Five laters of sun shield with vacuum in between acting as insulator Located in the second Lagrange point where it is shielded from the Sun and the moon at all the times Webb operates at 50K which is 50 degrees above absolute zero (-223 degree C) You can follow us and leave us feedback on Facebook, Instagram, and Twitter @eplogmedia, For partnerships/queries send you can send us an email at bonjour@eplog.media DISCLAIMER: The views expressed on all the shows produced and distributed by Ep.Log Media are personal to the host and the guest of the shows respectively and with no intention to harm the sentiments of any individual/organization.The said content is not obscene or blasphemous or defamatory of any event and/or person deceased or alive or in contempt of court or breach of contract or breach of privilege, or in violation of any provisions of the statute, nor hurt the sentiments of any religious groups/ person/government/non-government authorities and/or breach or be against any declared public policy of any nation or state.See omnystudio.com/listener for privacy information.
Matsyanyaaya #1: Opening up to open-tech— Bharath Reddy"Open Tech" refers to transparent, inclusive technology and embodies the freedom to use, study, modify and redistribute to the maximum extent possible. The definitions of open-source software, open standards, and open-source hardware are well understood. "Open Tech" is an umbrella term that includes all of these technology areas.The usual arguments promoting open source technologies highlight reducing costs, avoiding vendor and technology lock-in, and the ability to customise. But, given the current geopolitical climate, access to state-of-the-art technology cannot be taken for granted. Supply chain resilience and tech sanctions are a cause for serious concern. The acquisition of advanced technologies is not an end in itself, but a means to bring peace and prosperity to all Indian citizens. Unhindered access to state-of-the-art technology and foundational knowledge is, therefore, in India's national interest. External Affairs Minister S Jaishankar echoed this sentiment when he said India "cannot be agnostic about technology" as there is "a strong political connotation in-built into technology".Open tech can help India achieve techno-strategic autonomy, economic growth, technology leadership, and skill development. The "openness" also helps foster trust, broaden access to technology and further democratic values.Open tech, by its nature, is both non-rival (its use by someone does not diminish the utility to others) and non-excludable (its access cannot be denied to anyone). In economic terms, this qualifies it as a public good. As we see with other public goods, such as clean air or street lights, the incentives are weak for markets or individuals to tend to the maintenance and upkeep of public goods. This is visible in one of the main problems facing open-source software today. A recent study shows that almost 97% of all commercial software uses open-source code. A large number of open-source projects are maintained by individuals or small communities of developers without adequate funding. This growing reliance on open-source software increases the burden on maintainers of this code to keep the software secure, bug-free and up-to-date. Other areas, such as the open-source hardware, are in a nascent stage, and India could gain a valuable head-start given a favourable policy environment. This is especially important given the silicon geopolitics playing out between the US and China. Open standards have a range of benefits, such as removing entry barriers, promoting interoperability, and lowering costs. The government needs to encourage the promotion of open standards and also represent India-specific requirements at various international Standard Development Organisations.The existing policy landscape includes a preference for open-source software in procurement and a policy on standards for e-governance at the Union and State governments. However, given the growing importance of open tech, a comprehensive open tech strategy is indispensable. This short essay is a preview of an upcoming Takshashila Report on an open tech strategy for India. Apply here: https://bit.ly/pgp-jan23-nlAntariksh Matters: Buying space power?— Pranav R SatyanathEarlier this week, the United Arab Emirates (UAE) launched its first rover, Rashid, towards the Moon's surface. The rover was carried on a Falcon-9 rocket along with a miniature rover from the Japan Aerospace Exploration Agency (JAXA). But there's a catch. The UAE did not build the Rashid rover, but it was built under contract by a Japanese private space venture called ispace. When we think of space-faring nations of the world, the UAE does not immediately strike a chord. However, the desert country has big space ambitions for the next decade. It has signed the US-led Artemis Accords. It has also signed an agreement with China to collaborate on future Moon missions. This is a surprising move since China has opposed the Artemis Accords and challenged its legality in the broader context of international space law. The country also boasts a full-fledged Mars programme. In March 2021, UAE became the first Arab country to place a probe in Mars orbit as part of the Emirates Mars Mission. The probe, named Hope or Al Amal in Arabic, was built by the Mohammed Bin Rashid Space Centre in collaboration with the University of Colorado, Boulder. Furthermore, the UAE also boasts an astronaut programme in partnership with NASA's Johnson Space Center. But UAE is not the only Arab country to veer into the lucrative and prestigious space sector. Saudi Arabia plans to invest $2.1 billion into its space programme as part of its larger Vision 2030 mission. The country set up the Saudi Space Commission in 2018 and placed the SGS-1, a communications satellite built by Lockheed Martin, in February 2019. Earlier this year, the Saudi Space Commission and Axiom Space, a US-based private space company, also signed a deal to send the Kingdom's astronauts into space.Petro-states by the likes of UAE and Saudi Arabia are the newest entries into the small and often restrictive space club. Their rise is only possible due to the large-scale commercialisation of space activities. Using their large reserves of income, petro-states can buy commercial services with relative ease and break into the space club rather than spend years building a domestic space industry from scratch. This phenomenon raises the question: what makes a country a space power? More often than not, those counties can launch rockets (or missiles), and perhaps, the ones that can build satellites are deemed as space powers. For much of the Cold War, orbital rocketry (and missile technology) captured the imagination of a space-faring nation, one that could build bigger and more powerful rockets to send payloads to the Moon and beyond. Although some of these rockets and satellites were built by private entities, their operations, for the most part, were controlled by national space agencies. Of course, not all space powers are born equal. Space powers can be ranked based on the range of activities they carry out across their civilian and military space programmes. The United States and Russia by far carry out the most space activities, with China slowly playing catch-up. France, India and Japan could fall in the category of middle space powers due to similarities in their space capabilities. Countries like Saudi Arabia, UAE and Turkey could be categorised under an entirely new category of space powers. Their power is drawn from their ability to redirect financial resources to attract commercial collaborators. As I point out in my discussion document on the future of India's space station programme, commercial collaboration is a new mechanism through which countries with limited capabilities can partner with private entities to augment their overall capabilities without the need for large-scale investment. As more private entities enter the space sector, we will likely witness more commercial collaborations in the future. Thus, making space easily accessible to many more countries.Matsyanyaaya #2: Vibing with nuclear fusion— Saurabh TodiThe Financial Times reported that the scientists at Lawrence Livermore National Laboratory (LLNL) in California had achieved a net energy gain in a nuclear fusion reaction for the first time, which promises to become a cheap and carbon-neutral source of energy. The US Department of Energy (DOE) is expected to officially announce the breakthrough on Tuesday. This significant feat was achieved by LLNL's National Ignition Facility (NIF), which is the size of three football fields. According to the website of NIF, “NIF is the world's most precise and reproducible laser system. It precisely guides, amplifies, reflects, and focuses 192 powerful laser beams into a target about the size of a pencil eraser in a few billionths of a second, delivering more than 2 million joules of ultraviolet energy and 500 trillion watts of peak power, [generating] temperatures in the target of more than 180 million degrees Fahrenheit and pressures of more than 100 billion Earth atmospheres. Those extreme conditions cause hydrogen atoms in the target to fuse and release energy in a controlled thermonuclear reaction.”Although an extraordinary milestone, the commercialisation of nuclear fusion technology will face several resources and technological constraints that are worth considering, a popular YouTube channel Real Engineering, explained these constraints in their latest video:* Current fusion reactors combine two isotopes of Hydrogen: Deuterium (2H) and Tritium (3H), to produce Helium (4He). Although the supply of Deuterium (also called heavy water) is abundant as it is found in seawater, Tritium is a relatively rare isotope sourced primarily from nuclear reactor moderator pools where heavy water gets radiated to produce Tritium. This is a major constraint as the current supply of Tritium would significantly outstrip the demand from commercial fusion reactors, with the limited scope of increasing production.* Lithium can be used as an alternative source of Tritium as it undergoes fission to produce Tritium and Helium. However, this process requires materials made of Beryllium which is a rare and extremely expensive element. There are also safety concerns due to the presence of trace amounts of Uranium in this material.The video explains these and a few other challenges that the commercialisation of nuclear fusion would face. The path from technological breakthrough to commercialisation is a tough one, but the video ends on a hopeful note. This piece by Charles Seife in The Atlantic is also cautiously optimistic about the breakthrough while detailing the history of NIF and its several fusion experiments. This is a public episode. If you would like to discuss this with other subscribers or get access to bonus episodes, visit hightechir.substack.com
United Lithium CEO Michael Dehn joined Steve Darling from Proactive to share news the company has staked of over 300 unpatented lode claims covering more than 9 square miles in a historic lithium-beryllium producing area of Gunnison County of Colorado. Dehn telling Proactive a rock chip sampling program was carried out with the staking program to identify new areas for detailed field work.
United Lithium CEO Michael Dehn joined Steve Darling from Proactive to share news the company has staked a large land position in the historic lithium-beryllium producing area of the Black Hills of South Dakota. Dehn telling Proactive the company has claimed over 500 unpatented lode claims covering more than 15 square miles near Custer, South Dakota. Dehn telling Proactive a reconnaissance rock chip sampling program was carried out in conjunction with the staking program to identify new areas for detailed field work. Samples have been submitted to the laboratory and assays are awaited. Dehn also told Proactive the company is planning an integrated exploration program to evaluate the Custer area land holdings.
On March 21, 2022, the Canadian Environmental Law Association (CELA) was in Federal Court on behalf of Citizens Against Radioactive Neighbourhoods (CARN — https://www.nopellets.ca/). CARN has asked the Federal Court to reconsider a decision by the Canadian Nuclear Safety Commission (CNSC). This Judicial Review has attempted to prevent nuclear fuel pellets from being made in […]
If you are concerned about proposed expansion of beryllium machining operations at LANL, now is the time to express your interest to the New Mexico Environment Depart Air Quality Bureau! Find sample public comment letter on our website http://nuclearactive.org --- Support this podcast: https://anchor.fm/ccnsupdate/support
Scientists learn a lot about the oceans by measuring a pinch of this and a smidge of that. These tiny amounts can help trace ocean currents, determine the abundance of microscopic life, measure pollution, plot past changes in the climate, and find out how the current climate is changing.Scientists are learning all of that and more from Geotraces, an international program that samples the water from all the oceans. Since the start of the program in 2010, scientists from about 35 countries have logged tens of thousands of miles in research cruises.They send down sets of “bottles” that sample the water at different depths. The bottles have to be handled carefully to make sure there's no contamination from the ship or crew. That's because the project is tracing tiny amounts of many elements -- concentrations of a few parts per million or even billion. And each of those elements is important.Iron, for example, is a key nutrient for microscopic organisms. Scientists can measure different forms of iron to tell where the water came from, which helps find regions of the oceans that are the most productive. Beryllium helps trace the origins of other nutrients that are blown around the globe with dust. And different concentrations of a rare element known as neodymium can trace water in the Arctic to its origin in Siberian rivers.So following these and dozens of other elements is helping scientists piece together important stories about the oceans -- one pinch at a time.
In Folge 43 stirbt ein Stern. Da muss man aber nicht traurig sein; ganz im Gegenteil. Denn zum ersten Mal konnte die Astronomie live beim Tod eines Sterns zusehen. Es geht um eine Supernova-Explosion; was recht oft vorkommt im Universum. Aber noch nie haben wir den Stern, der später explodiert auch vor der Explosion schon ausführlich untersucht. Außerdem reden wir über das, was das James-Webb-Weltraumteleskop gerade treibt, über Rettungs-U-Boote und beantworten Fragen aus der Hörerschaft. Zur Entstehung der Elemente, zur Dauer einer Supernova und zur flachen Erde. In “Neues von der Sternwarte” erzählt Evi von astronomischen Bildern und deren Bedeutung für die Wissenschaftskommunikation. Und es gibt wieder die Chance, Ruth und Florian live auf diversen Bühnen zu sehen!
Recently, NASA shot up a massive telescope so that we can all figure out where we came from. The James Webb Telescope is the culmination of decades of work, and will do things that no other telescope has done before. It will apparently use fancy things like Infrared technology to look back 13 billion years (!) and perhaps even see if there's life on other planets. No pressure, JW! Join the Simblified gang as they launch themselves into this spacey topic, only for Chuck to annoy Srikeit with a selection of cosmic puns. Add one part news, one part bad jokes, one part Wikipedia research, one part cult references from spending too much time on the internet, one part Wodehouse quotes, and one part quality puns, and you get Simblified. A weekly podcast to help you appear smarter, to an audience that knows no less! Your four hosts - Chuck, Naren, Srikeit, and Tony attempt to deconstruct topics with humor (conditions apply). Fans of the show have described it as "fun conversations with relatable folks", "irreverent humor", "the funniest thing to come out of Malad West" and "if I give you a good review will you please let me go". Started in 2016 as a creative outlet, Simblified now has over 200 episodes, including some live ones, and some with guests who are much smarter than the hosts. Welcome to the world of Simblified! You can contact the hosts on: Chuck: twitter.com/chuck_gopal / instagram.com/chuckofalltrades Naren: twitter.com/shenoyn / instagram.com/shenoynv Tony: twitter.com/notytony / instagram.com/notytony Srikeit: twitter.com/srikeit / instagram.com/srikeit
The Joker is back in Gotham City, this time with his sights set on worldwide domination. He plants rumors of an invasion from outer space, then sets out to gather the Beryllium metal needed to build an actual flying saucer. Batman picks up on his scheme and sends Alfred to check up on a stash of the metal. But when Alfred is mistaken for a mad scientist by the Joker, he is hauled off to the villain's lair along with Batgirl.
Visit https://thermofisher.com/bctl to register for your free Bringing Chemistry to Life T-shirt and https://www.alfa.com/en/chemistry-podcasts/ to access our episode summary sheet, which contains links to recent publications and additional content recommendations for our guest.There is one thing Robert Gilliard, Jr. refutes categorically; that there is no innovation in chemistry. As an innovator, he has made a career on the risky proposition of finding value in a part of the periodic table that has been historically underappreciated, the main-group elements. In his fearless exploration of the properties of bismuth, germanium, beryllium and boron, Robert is discovering new chemistries and inventing new applications. He believes in moving beyond the well of tried-and-true chemistry to explore less-traditional approaches and making them part of the standard chemistry toolset. This is a classic Bringing Chemistry to Life episode; one that those genuinely passionate about chemistry will love. Paolo and Robert speak about new properties, reactivities and applications in synthetic chemistry and material science, all coming from the “forgotten,” abundant and cheap main-group elements. A wonderful story of relentless pursuit of knowledge that proposes a vision for a very different chemistry of tomorrow.
What type of rock has really big minerals and lots of uncommon elements? It's a pegmatite! Pegmatites contain lots of important elements and minerals, both for our economy and for mineral collectors. Join us for a tour of pegmatites. We give quick low-down on how pegmatites form. They contain really large mineral grains, which usually implies that they cooled slowly. But, pegmatites form from the leftover fluids from magma chambers and contain all the uncommon (or unpopular!) elements that get concentrated. Once they reach a certain concentration they form rare minerals that are concentrated in things like Lithium, Cesium, or Beryllium! The minerals in pegmatites grow so fast because the fluid they grow in is much less viscous (more watery) than magma. This means that atoms and ions can diffuse much more quickly to the sites of mineral nucleation, allowing for massive (really really massive, up to 30 ft) crystals of minerals like spodumene and beryl to form. —————————————————— Instagram: @planetgeocast Twitter: @planetgeocast Facebook: @planetgeocast Youtube: https://www.youtube.com/channel/UCJ_A82nOMu0nIvZto6zMPqgEmail: planetgeocast@gmail.com
Episode 36: What Dangers Lurk In Your Shop? What you can't see won't hurt you right? Wrong. What lurks in your shop could harm your employees, your family, & even your favorite pet! Today we're talking about Beryllium & other by-products that have the potential to harm. Prepare to duck, we're bringing you incoming info that will leave you exposed... ----more----but better educated about your shop environment. Pete Michell from GMA uncovers some of what he's found in his 28-year career in this industry as we dissect OSHA's new ruling. We will also be touching on some basic environmental tips to protect you in the shop. Get ready to level up your powder coater game! Featured Guest Links OSHA's New Beryllium Rule White Paper Download Webinar: Setting the recode straight on abrasives Facebook LinkedIn Get Vault Access from RossKote Let's keep this relationship going, support the show. Get MPW swag, shoutouts & more. Starting as low as $1 per month. Become a Patron https://patron.podbean.com/rosskote Show Sponsorship Become an affiliate. Reach the powder coating community direct. https://mauipowderworks.com/rosskote-podcast-sponsors/ Find us. Apple | Google | Spotify | iHeartRadio | Pandora | Stitcher | Podbean Podcast Addict |PlayerFM | Deezer | Listen Notes | Soundcloud | YouTube
Amay Makhija, Founder, Beryllium, shares how they engage and expose their young users in finance and trading beyond the traditional markets and how they have integrated it through fantasy sports. See omnystudio.com/listener for privacy information.
Audiovortrag zum Thema Beryllium Simple und komplexe Fakten und Meinungen rund um dieses Thema aus dem Yoga Blickwinkel von Sukadev, dem Gründer des gemeinnützigen Vereines Yoga Vidya e.V. Dieser Audiovortrag ist eine Ausgabe des Naturheilkunde Podcast. Er ist ursprünglich aufgenommen als Diktat für einen Lexikonbeitrag im Yoga Wiki Bewusst Leben Lexikon. Zum ganzheitlichen Yoga kann man auch die Theorie von Karma und Reinkarnation dazu zählen. In Ayurveda Ausbildungen erfährst du mehr zum Thema Gesundheit und Prävention. Vielleicht magst du ja deine Gedanken dazu in die Kommentare schreiben. Anmerkung: Gesundheitliche Informationen in diesem Podcast sind nicht gedacht für Selbstdiagnose und Selbstbehandlung, sondern Gedankenanstöße. Bei eigener Erkrankung brauchst du einen Arzt oder Heilpraktiker. Hier findest du: Seminare mit Sukadev Seminarübersicht Yoga Vidya YouTube Live Kanal Online Seminare Video Seminare Yoga Vidya kostenlose App Yoga Vidya Newsletter Unseren Online Shop Schon ein kleiner Beitrag kann viel bewegen... Spende an Yoga Vidya e.V.!
Audiovortrag zum Thema Beryllium Simple und komplexe Fakten und Meinungen rund um dieses Thema aus dem Yoga Blickwinkel von Sukadev, dem Gründer des gemeinnützigen Vereines Yoga Vidya e.V. Dieser Audiovortrag ist eine Ausgabe des Naturheilkunde Podcast. Er ist ursprünglich aufgenommen als Diktat für einen Lexikonbeitrag im Yoga Wiki Bewusst Leben Lexikon. Zum ganzheitlichen Yoga kann man auch die Theorie von Karma und Reinkarnation dazu zählen. In Ayurveda Ausbildungen erfährst du mehr zum Thema Gesundheit und Prävention. Vielleicht magst du ja deine Gedanken dazu in die Kommentare schreiben. Anmerkung: Gesundheitliche Informationen in diesem Podcast sind nicht gedacht für Selbstdiagnose und Selbstbehandlung, sondern Gedankenanstöße. Bei eigener Erkrankung brauchst du einen Arzt oder Heilpraktiker. Hier findest du: Seminare mit Sukadev Seminarübersicht Yoga Vidya YouTube Live Kanal Online Seminare Video Seminare Yoga Vidya kostenlose App Yoga Vidya Newsletter Unseren Online Shop Schon ein kleiner Beitrag kann viel bewegen... Spende an Yoga Vidya e.V.!
Join moderators Viren Kaul, MD, and Divya Patel, DO; authors Gernot Zissel, PhD, and Björn C. Frye, MD; and topic liaison Raed Dweik, MD, MBA, as they discuss the article "A Cluster of Beryllium Sensitization Traced to the Presence of Beryllium in Concrete Dust," from the March 2021 issue of the journal CHEST®. DOI: https://doi.org/10.1016/j.chest.2020.09.073
This episode covers beryllium poisoning! --- This episode is sponsored by · Anchor: The easiest way to make a podcast. https://anchor.fm/app
Stephen Wolfram answers general questions from his viewers about science and technology as part of an unscripted livestream series. Questions include: What is imaginary about imaginary numbers and what do they represent? - How can you split an atom and why is it difficult? - Is making an arc reactor (iron man) possible? - Beryllium experiment resulted in a 5th force -> what is that and how does it work? - Are there more substances or elements that work like palladium? - Where does the energy come from to emit all these virtual gluons? - Are helium3 and moon minerals useful for fusion? - If a matter black hole collided with an antimatter black hole of the same mass, would the explosion be contained to a new black hole? - Is there anything special about the size of animals on earth that makes us conscious? Could the weather system on large planets, or galaxies be conscious? - How is something like a physical push or friction force explained in terms of the 4 fundamental forces? - Has a question about "hard light" been asked? As in keeping photons still. (not a light saber, or laser beam, but like hard light that you could "walk on". Something along those lines) - But it is still unknown whether antimatter gravitates or anti gravitates for certain? - Thank you for streaming Stephen! Do you prefer Stephen or Steve or something else?
How to combine magic squares and Feng Shui. (Send feeback to erik@mathmutation.com)
Our 8th mix was recorded by an eminence grise of Moscow underground called Opteron. He is a participant of Beryllium and Aberration projects that released many compilations in the genres from noise and dron to industrial. In this fresh podcast he decided to honor the techno scene that nurtured his musical taste. 2 hours of thermal energy, pulsating in the heart of every raver, in the classic rhythm framing is within just one click. > Follow the artist on SoundCloud: https://soundcloud.com/ilyas-arinov-430911510 Восьмой микс для нас записал серый кардинал московского андеграунда Opteron. Участник проектов Beryllium и Aberration, выпустивших множество компиляций в жанрах от нойза и дрона до индастриала. В свежем подкасте он решил отдать дань взрастившей его музыкальные вкусы техно-сцене. Два часа тепловой энергии, пульсирующей в сердце каждого рейвера, в классическом ритмическом обрамлении – на расстоянии одного клика. > Tracklist: VIEGAS - Speed Beat - 02 Bailarina Java - The War Of Thoughts - 09 Split PDRØ - Open Circuit - 04 Private Roboratif - I Can't - 01 I Can't Lasha & Lasha - Out Of Series - 01 Antikvr Component - Resistance - 02 Protagonist Mark Meino - Main Off - 02 Main Off Jay Sirett - Hands - 02 Monolite Esteban Miranda - Cyborg - 02 Cyborg Roheffekt - Industrial Syndicate - 04 Oi 909Distortion - The Forbidden Zone - 02 Broken Angelo Epifania - Dysmorphophobia - 01 Red Shore Unart8 - Exchange - 01 Game Java - The War Of Thoughts - 04 Glocke ANHL - Polar Wind - 01 Polar Wind Downwell - Heavy Coughing Balrog - Motives Thoughts INTONÉ - The Signal - 01 Complex and Beautiful heult - Engine - 02 Inhale Habek - False Return - 02 Chemtrails RAßßeAT - Born To Dance - 04 Ouvre-Toi Ramirez_Amd - Rave_00 - 01 Rave_00 > Our community: Facebook: bit.ly/35RbJs7 Telegram: teleg.run/cherta_music Instagram: bit.ly/2SWui9n YouTube: bit.ly/2xXylLe VK: bit.ly/2WponeM > Support us: https://money.yandex.ru/to/4100115502962668
Thanks to CTBTO for sponsoring this video: https://www.ctbto.org Many of the bewildering correlations in our world - like that between Beryllium-7 and the Asian monsoon - are a result of huge and unseen forces that tie them together. Thanks also to our Patreon patrons https://www.patreon.com/MinuteEarth and our YouTube members. ___________________________________________ To learn more, start your googling with these keywords: Monsoon: A seasonal increase in precipitation driven by atmospheric conditions. Hadley Cell: A global scale atmospheric cell driven by air rising near the equator and falling as it flows towards the polls. Ferrel Cell: A secondary atmospheric circulation that collides with the Hadley cell and pushes air back down towards the Earth’s surface. Intertropical Convergence Zone: The narrow zone between the northern and southern Hadley cells where warm air comes together and rises. Tropopause: The boundary area roughly 15 kilometers above the Earth’s surface between the troposphere and the stratosphere. Radionuclide: Isotopes of atoms that release radiation as they break down. Beryllium-7: A relatively stable radionuclide of the element Beryllium that naturally forms in the tropopause during spallation. Spallation: The process in which a heavier atom loses nuclear particles after being bombarded by cosmic rays. Cosmic Rays: High energy atomic particles that move at near light speed through space. ___________________________________________ Subscribe to MinuteEarth on YouTube: http://goo.gl/EpIDGd Support us on Patreon: https://goo.gl/ZVgLQZ And visit our website: https://www.minuteearth.com/ Say hello on Facebook: http://goo.gl/FpAvo6 And Twitter: http://goo.gl/Y1aWVC And download our videos on itunes: https://goo.gl/sfwS6n ___________________________________________ Credits (and Twitter handles): Video Writer, Director, and Narrator: David Goldenberg (@dgoldenberg) Video Illustrator: Sarah Berman (@sarahjberman) With Contributions From: Henry Reich, Alex Reich, Kate Yoshida, Ever Salazar, Peter Reich, Julián Gómez, Arcadi Garcia Rius Music by: Nathaniel Schroeder: http://www.soundcloud.com/drschroeder ___________________________________________ References: Terzi, L., Kalinowski, M., Schoeppner, M., and Wotawa, G. (2019). How to predict seasonal weather and monsoons with radionuclide monitoring. Nature. 9: 2729. Retrieved from: https://www.nature.com/articles/s41598-019-39664-7. Köhn‐Reich, L., Bürger, G. (2019). Dynamical prediction of Indian monsoon: Past and present skill. International Journal of Climatology. 38:3574-3581. Retrieved from: https://rmets.onlinelibrary.wiley.com/doi/abs/10.1002/joc.6039. Delaygue, G., Bekki, S., and Bard, E. (2015) Modelling the stratospheric budget of beryllium isotopes. Tellus B: Chemical and Physical Meteorology, 67:1 Retrieved from: https://www.tandfonline.com/doi/full/10.3402/tellusb.v67.28582. Palukkat, H. (2016) The odds of foretelling rains: Why monsoon prediction is hard, and why it could soon improve. Economic Times. Retrieved from: https://economictimes.indiatimes.com/news/politics-and-nation/the-odds-of-foretelling-rains-why-monsoon-prediction-is-hard-and-why-it-could-soon-improve/articleshow/52876823.cms. Kalinowski, M. (2020). Personal Communication. Provisional Technical Secretariat, Preparatory Commission for the Nuclear-Test-Ban Treaty Organization.
James and Julian welcome Chris Vandeviver from Logic Pro Expert to the podcast and discuss monitors, specifically what we are using, what we like and what we’d like to try. Coaxial monitors, Beryllium tweeters and the merits of inexpensive monitors get discussed along with deals, our finds of the week and the inevitable, and unavoidable Coronavirus.
Magnesium deficiency is an obstacle to the chelation of toxins. Magnesium Disodium versions of EDTA (Magnesium Disodium EDTA (C10H12MgN2Na2O8)), the most widely recognized chelation agent for heavy metals and certain minerals, can be easily found in medical literature and needs no introduction here (1). This EDTA stands as proof of magnesium's role in the synergy of chelation in the human body. How acids and metals or certain mineral salts react outside of the body, by mixing industrially produced acids to specific metals to produce combined forms, should not be confused with the “seemingly identical” process mirrored within the living human body.In the living body, enzymes play a key role in these interactions. Magnesium is involved in all of these interactions through the enzymes' own dependence on magnesium for a more perfect transformation, catalyzation, chelation or conjugation. Magnesium is an essential factor for enzyme efficiency. Magnesium is also a natural calcium channel blocker, reducing the cell's rigidity.
This week, the ladies of the Expose tackle crime gangs and poisonous facial products. Yes, we're talking about the counterfeit makeup industry, which is huge, by the way! Listen to find out how to avoid getting duped by a dupe, oh, and lead poisoning, too. --- This episode is sponsored by · Anchor: The easiest way to make a podcast. https://anchor.fm/app
Show Notes: 0:00 - No Feet Jones0:28 - Intro01:34 - Episode 8611:08 - Hauls & Shoutouts53:52 - Nerd News:Deaths:Rocky Johnson, 75, Canadian Hall of Fame professional wrestler (WWF, Big Time Wrestling, CWF) and trainerStan Kirsch, 51, American actor (Highlander: The Series), suicide by hanging.Neil Peart, 67, Canadian Hall of Fame drummer (Rush) and lyricist ("The Spirit of Radio", "Tom Sawyer"), glioblastoma Trailers:Morbius - https://www.youtube.com/watch?v=jLMBLuGJTsABloodshot - https://www.youtube.com/watch?v=0R-qIOGyEcwBirds of Prey - https://www.youtube.com/watch?v=x3HbbzHK5McLocke & Key - https://www.youtube.com/watch?v=_EonRi0yQOENew Mutants - https://www.youtube.com/watch?v=W_vJhUAOFpI News:Colin Trevorrow's scripts for Star Wars 9 leak onlineEzra Miller's Cameo As The Flash In CRISIS ON INFINITE EARTHS Was Actually Warner Bros.' IdeaSUPERMAN & LOIS TV Series Ordered Straight To Series By The CW; Will Air During 2020/2021 SeasonVideo Games Delayed: FF7R, Cyberpunk, AvengersSTAR TREK: PICARD Gets Early Season 2 Renewal starts ThursdayDave Bautista Joins Jason Momoa In Season 2 Of Apple's SEESNAKE EYES Kicks Off Production In Japan, rumored 6" lineIT Director Andy Muschietti Reportedly Working On A Remake Of THE HOWLING For NetflixRICK AND MORTY Co-Creator Justin Roiland Teams Up With Stoopid Buddy Stoodios For GLOOP WORLD 2:09:08 - Weird news:I Choose Violence https://www.google.com/amp/s/amp.desmoinesregister.com/amp/4456079002 Don't hate the playah, hate the game.https://www.wkrg.com/international/this-playboy-tortoise-had-so-much-sex-he-saved-his-entire-species/?utm_medium=social&utm_source=facebook_WKRG Who uses subtitles? Apparently this guy.https://www.google.com/amp/s/abcnews.go.com/amp/US/deaf-man-sues-pornhub-lack-closed-captions/story%3fid=68354500 02:18:15 - Toy News:Fire Scorpion Optimus PrimeStorm Collectables Raiden6" G.I JoeXTB Release Schedule 02:42:25 - Listener's Questions: Dakota Rabörn: If rumors are true, it seems we're getting more weird 80s + Transformers crossovers ... What's a potential crossover you do want to happen, and what's a potential crossover you don't want to happen?Like I didn't at all care for GB+TF.And I really don't care about Terminator+TF or BTTF+TF... Like none of these crossovers do it for me. Honestly it seems like the only TF crossovers I like is with other Hasbro brands like Rom, MASK, Micronauts, & GIJoe. Anything else just seems dumb. Tyler Gillett: In your heart if hearts, do you really think MASK, Rom or Micronauts are worth the money in investing in to try and make popular again? Think back to when they were out and how long they actually lasted.Personally, I'm a fan of series like Street Sharks and Mummies Alive! But I know for certain that if they ever tried to breathe new life into those series/franchises, it'd fall flat on its face. Case and point? Look what they did to the Reboot reboot. Also, this is the question we asked on Stasis Lock and we'd like to extend the question to you guys. How important is shelf uniformity to you?Can you stomach mixing up different franchises on one shelf without being worrying that it's a mess? Or are you like me being all pro segregation when it comes to different franchises? Gary Allen: Taking a 12 hour Road Trip that includes yourself and THREE other passengers... who do you pick? They can be friends or real life acquaintances OR include famous celebrities, athletes etc... but they must be REAL PEOPLE. Not his / her characters portrayed in media... Lee Alex Aitken: Hey guys! Just wanted to say loved 10shots and bots! But I must say, it seems to me Levi was the King this time round! Well done on all the hard transformations great show indeed. That was a fantastic episode and well done mike on all the barfing and editing of the video.....what do you have in store next? Ok fine I have a suggestion....what about Jed doing a solo version? Or maybe Jefferson could be doing it with Jed? Surely Jed is game??? SLB Vlog: You get to pick one live action movie. You have to keep one human actor. The other characters in the movie have to be replaced with muppets. What movie do you pick? And I feel I have t said this in awhile but FUCK YOU ROB LEIFELD!!Mike Tinnel: question......did she lick it before she put it in ???? Adam Urban: Whats the weirdest request from your fans...if it tops mine ill share the information Brotha Kyle: A lot of people good on G2. And rightfully so. Some of those figure were U-G-L-Y you ain’t got no alibi. But there were some cool ones as well. I always liked Laser Optimus. Sideswipe was cool. And I liked green tank Megs. My question is what do you guys think are some cool looking G2 bots. Go Birds. Fuck J. Clownie. Nathaniel Armstrong: What do you believe are the three things are you known for amongst friends, family, and co-workers today? How would you change that answer for one year from now? Jason Brehn: Will Levi ever take responsibility for purchasing a figure without doing his homework on whether or not it's a piece of shit? EOL
Nos iremos a tierras navarras para charlar con Iñaki Bea de Josetxu Piperrak & The Riber Rock Band que nos visitan este próximo viernes Josetxu Piperrak & The Riber Rock Band--3 de Enero,Lata de Zinc... Con él repasaremos el camino que le llevó a su actual banda, el presente y futuro que tienen pensando (si les dejan, y sino pues casi que también), y como de costumbre lo que se vaya terciando por el camino... Y además, actualidad astur y nacional con las siguientes bandas y festivales: Paco Ventura, Bigote de mujer, Llaceria Rock, Karne antisocial, Cervecería GONG, AMON RA, Amon Ra + Green Desert Water, Materia Muerta, Materia Muerta+Zankotxa, Sound Of Silence X aniversario de "El funeral de las 10 almas", Sound Of Silence, Mano de Piedra, Moon Cresta, Deldrac, Ars Amandi, Dimetal Fest, SOZIEDAD ALKOHOLIKA, Zankotxa, Beryllium, Absalem, Factoria Sound y Schizophrenic Spacers
Nos iremos a tierras navarras para charlar con Iñaki Bea de Josetxu Piperrak & The Riber Rock Band que nos visitan este próximo viernes Josetxu Piperrak & The Riber Rock Band--3 de Enero,Lata de Zinc... Con él repasaremos el camino que le llevó a su actual banda, el presente y futuro que tienen pensando (si les dejan, y sino pues casi que también), y como de costumbre lo que se vaya terciando por el camino... Y además, actualidad astur y nacional con las siguientes bandas y festivales: Paco Ventura, Bigote de mujer, Llaceria Rock, Karne antisocial, Cervecería GONG, AMON RA, Amon Ra + Green Desert Water, Materia Muerta, Materia Muerta+Zankotxa, Sound Of Silence X aniversario de "El funeral de las 10 almas", Sound Of Silence, Mano de Piedra, Moon Cresta, Deldrac, Ars Amandi, Dimetal Fest, SOZIEDAD ALKOHOLIKA, Zankotxa, Beryllium, Absalem, Factoria Sound y Schizophrenic Spacers
Nos iremos a tierras navarras para charlar con Iñaki Bea de Josetxu Piperrak & The Riber Rock Band que nos visitan este próximo viernes Josetxu Piperrak & The Riber Rock Band--3 de Enero,Lata de Zinc... Con él repasaremos el camino que le llevó a su actual banda, el presente y futuro que tienen pensando (si les dejan, y sino pues casi que también), y como de costumbre lo que se vaya terciando por el camino... Y además, actualidad astur y nacional con las siguientes bandas y festivales: Paco Ventura, Bigote de mujer, Llaceria Rock, Karne antisocial, Cervecería GONG, AMON RA, Amon Ra + Green Desert Water, Materia Muerta, Materia Muerta+Zankotxa, Sound Of Silence X aniversario de "El funeral de las 10 almas", Sound Of Silence, Mano de Piedra, Moon Cresta, Deldrac, Ars Amandi, Dimetal Fest, SOZIEDAD ALKOHOLIKA, Zankotxa, Beryllium, Absalem, Factoria Sound y Schizophrenic Spacers
Nos iremos a tierras navarras para charlar con Iñaki Bea de Josetxu Piperrak & The Riber Rock Band que nos visitan este próximo viernes Josetxu Piperrak & The Riber Rock Band--3 de Enero,Lata de Zinc... Con él repasaremos el camino que le llevó a su actual banda, el presente y futuro que tienen pensando (si les dejan, y sino pues casi que también), y como de costumbre lo que se vaya terciando por el camino... Y además, actualidad astur y nacional con las siguientes bandas y festivales: Paco Ventura, Bigote de mujer, Llaceria Rock, Karne antisocial, Cervecería GONG, AMON RA, Amon Ra + Green Desert Water, Materia Muerta, Materia Muerta+Zankotxa, Sound Of Silence X aniversario de "El funeral de las 10 almas", Sound Of Silence, Mano de Piedra, Moon Cresta, Deldrac, Ars Amandi, Dimetal Fest, SOZIEDAD ALKOHOLIKA, Zankotxa, Beryllium, Absalem, Factoria Sound y Schizophrenic Spacers
This is Episode 89. It is our wrap up episode of the Thinkific series. Today I am joined by Miranda Lievers. She is the COO and co-founder of Thinkific. What better way to wrap up this series, then for us to have a conversation with someone who's been there since the beginning. Miranda has seen this platform grow from not even being a platform to being one of the leaders in course delivery online for entrepreneurs and small businesses. This is a very, very practical episode. We don't talk about jargon. We don't talk about tech all that much. Miranda is all about the operations, usability, and the metrics. And really, she just wants to see people being successful with their online course endeavors. So with that, let's get into this episode with Miranda. I want to take a second to thank Miranda for doing this interview as she is on maternity leave. I really truly appreciate it. And I love the fact that she can have flexible maternity leave working. So the reason why I wanted to have her on in this wrap up episode is because of her experience. Obviously with Thinkific, Miranda has been there since the beginning. And she's watched the platform evolve. She's watched the type of course creator and Thinkific user evolve. And I think that it's going to give a lot of perspective to all the conversations that we have had as part of this series. So before we get into this conversation, let's learn more about who Miranda is and what her role is at Thinkific. Miranda Lievers is the COO and co-founder of Thinkific. She has been at Thinkific since the early days when they were a baby SAS platform. Just about five years ago, they launched as a SAS company. I have actually visited the Thinkific offices that they are currently in. I also visited what I think was called the bunker. The bunker was the old super startup office that literally was like a warehouse with no windows. Miranda shared that now they are in “a real all grown up office. I asked Miranda to go back to not necessarily the beginning, but when they realizes that this platform was going to take off. Miranda shared a brief history of Thinkific just to give context. She said that Greg Smith, CEO, was originally teaching LSAT classes in person, just over a decade ago. So he was teaching every Saturday out at UBC. And he was wanting to bring more content to his students. So he originally created a blog. And then shortly thereafter, wrote to his brother to help him build what was an early version of his online course before there was a platform like Thinkific. He found that, all the sudden, he was able to teach people on their schedules all over the place and not just as in person audience. And that was quite exciting. What was happening, though, other people were coming to him. They were coming to him not just to take his course, but to ask him for help launching their own courses online. And that was sort of the very, very early spark of building out this platform. So pre SAS company, the team started to build some software, started to create and launch other people's courses for them, and realized that there was no way that they could create, market, and sell other people's courses for them. They really had way more demand and needed to create a product that allowed people to do that on their own. And that was right around the time that Miranda met Greg. Just as they were pivoting to a SAS company and allowing people to get going on their own. And that was in the fall of 2014. Miranda shared that she remembers the very first time that she pulled a report and took a look at some data. And a customer, who she had never talked to, had signed up on their own, got their course loaded, and was actually making money. That customer had never even needed to talk to us. In the early days, there was still a lot of hand holding because their software was really early. But she remembers, the first time that she thought, “Whoa! Somebody really did it. They signed up, loaded their course, got students, made money, and they're off to the races without us having to do it for them.” Because we had built software that allowed them to do that. And that was quite a moment at Thinkific. Every day there were more and more people signing up and getting going. They've always had a real focus on great customer support. And they were doing all of that early on themselves. But more and more, they were finding that people didn't even need to talk to us. They were able to just get off to the races and do their thing. I can only imagine that Miranda was like, “Okay, so who is this? Who on our team created this fake user?” That would have been the first thought that went on in my mind. Miranda shared that she didn't remember doing support for them. She even asked Greg if he knew who user was. So it a cool realization for sure. So was it in that moment that Miranda realized that they had something? Miranda shared that she remembers when she first met Greg which was sort of right before the transition to a SAS company. So they had been building some courses manually on their own, and then she met him. She said that before working with Greg, she was a small business person. She's been involved in technology and small business for years. She's done lots of consulting with small business owners. Her joke was always that small business owners don't know that they need consultants until it's too late. And typically they can't afford consultants. So she thought: “I love small business. But I want to find a way to help small business owners, that's different than just sort of this one to one consulting.”- Miranda Lievers So when she met Greg, she just saw the potential before there were customers. And before people were able to do it on their own. But she just saw the potential for this platform to be able to help small business owners get their businesses growing with online courses in a way that she really felt like could take off and could help people do that. It could help small business owners around the globe. And so she had sort of seen the potential. But it wasn't until they saw people actually doing it, like that first example, where she knew that there wasn't just potential was there, but they were actually starting to help people achieve what they're wanting to achieve. It makes so much sense to me that there are SAS companies like Thinkific out there that provide platforms for other entrepreneurs to use. And I love this model. I love being in the thick of it. And I find that it's one of those things, with Thinkific, you could look just like that first client did. You can go in, load your content, go through whatever you need to go through to get everything hooked up, and sell your product. Or you could work with a consultant or you could work with the team there at Thinkific. Or you could work with a third party. There's plenty of us experts listed. There's a lot of different ways of getting to sale number one. Because there are so many ways of getting to sale number one, what does Miranda find is the most common trajectory for someone who is just getting started? Miranda said that typical Thinkific customers are coming to them having already monetized an expertise in some way. So they might be doing consulting, coaching, or speaking themselves. They might have written a book or a blog. But they're getting revenue. So in some way they've monetized this content or this expertise that they have. But they haven't necessarily created and launched an online course. So this question almost twofold. Miranda said, “It's more like, how do I see most people who are successfully getting Started? And how do I see people getting tripped up getting started?” The good news is she can answer both. The people who she sees who dive in and actually sort of take the wrong path and get a little bit tripped up are the people that think that they need to make everything perfect. They think they need to create the biggest, baddest course that they've ever seen before they even open the doors. And that's where she sees people getting a little bit tripped up when they kind of dive in. They go into this rabbit hole of building like a massive course with tons of content. We're talking funnels, multiple pages, bundles of courses, and all of this crazy stuff. They're trying to open the doors with everything perfect. And they can get caught in the whirlwind and not come out. What Miranda recommends people to do, and when she sees people who are really successful out of the gate, is to go small, rip off the band aid, build the mini course first, get the doors open, and start to get their feet wet in terms of getting clients. She tells people: “It's always a good idea to do a small mini course first because inevitably, like anything in life, once you do it one time, you're going to come up with a list of the 20 things you're going to do differently the second time that you do that.”-Miranda Lievers So that's exactly what she encourages people to do. She tells them to rip off the band aid course first, get your feet wet, figure out what you know, what's what's working, and what's not. And then you can iterate on your next versions. I think that is definitely a good strategy. And I think that a lot of the listeners right now have something that they could put into a mini course or a small course to get going and start using the platform. They definitely could be putting in what needs to be put in in order to prove that they can do online courses. You may be the best speaker or he may be the best author, but if you can't translate that into a way that your students are going to appreciate it, learn it, use it, and refer you to others, then you may not be the best course creator. Miranda shared that she thinks that going through all the motions at least once and getting something out there is important. So you've got a landing page out there. You probably are collecting leads. And you've got emails, students, and so on and so forth, that can really help you identify where the biggest holes are in your sort of end to end process. It is about figuring out where the bucket is leaky. It may actually be that your content is actually doing a really good job of moving your students through to completion, but it may be that your conversion rate off your landing page is actually where you've got a problem. And maybe you need to dig in there. Or you might find that it's quite easy to sell to your audience and you're getting students into your course, but they're really struggling to complete it. So having having something up as soon as possible helps you to identify where you need to focus your efforts next. Because otherwise, you're just trying to make an assumption about where the weakest parts of this business are. And you don't necessarily know until you've got things up and running. I totally agree with that because a lot of us who have smaller audiences, because we're in a niche or a small town, may be very effective in online marketing and be able to get people in the door. But once they get in the door, they don't know what to do next. Or we could be really good at putting that course together. And it could reach beyond the proximity of our niche or our small community, but we haven't explored the avenues of marketing to a larger audience. So there are a lot of different variables in there. So at what point is Miranda finding that people themselves find success? Is it with their first sale? Or is it with their 10th sale? Is it when they cross the five figure mark income? What is it that has somebody coming to your support team there and saying that they're ? Miranda shared that she is such a data geek. So they actually just welcomed a brand new data scientists to their data team.. Miranda made sure to go over and say hello, because she's so excited to have somebody else on that team. She finds that she'sthe biggest internal client of our data team because she's constantly asking, “Have we dug into this? What about this? How do we trend? How's this trending over time?” So they've looked at customer success in a lot of different ways and trying to figure out things what is that tipping point, both quantitatively and qualitatively. So obviously, there's what are people telling them, but then also what the data telling them in terms of when people seem to really get it. Miranda shared that it's actually a different number than she thought it would have been. What they've actually found looking at the data is, it's actually in the five to 10 student range is where things start to tip. And in digging into that further, they found as soon as people that you don't know, start buying your course, even that very first stranger who pays you for your online course is such a big aha moment for their customers. That is when they think that this is actually working. So if they find that as soon as you start to get outside of the “friends and family are buying my course” stage, that's the tipping point.The first time that strangers are starting to pay you for that knowledge and that online course, that's when things start to really sort of get going. That is so cool because it's mirroring what the Thinkific story. It is similar to the, “Oh my gosh, one person did this on their own. They've paid us and they're successful! This really can and is working” moment Miranda had. . Now, one of the things that I love so much about Thinkific is the connections that Thinkific has to the other tech tools that people are using. An example would be their email marketing. It allows you to put your Google tracking in your facebook pixel and all sorts of other pieces that keep getting added and added over time. I asked Miranda if there some that she's finding are gems that people are just digging into and loving using. Miranda had a bit of a different way to answer my question. She shared that there's definitely different platforms that people are choosing where they want to move their online course to and their platforms that are more closed in terms of sort of being more like an all in one. And then there's a platform that's like Thinkific that is a little bit more open. So they've got an API. They've got external integrations. And that's quite intentional. Because at the end of the day, we recognize that they can build the core of our of our business around online courses and they can build what the majority of people want to need. But every business is a little bit different. Every business model is a little bit different. And every industry is a little bit different. So they want to allow the broadest range of customers to be able to use and get value out of Thinkific. They can't be, at their core, everything to everybody and solve every need. It'd be impossible to anticipate what every single need is. So one of the things that that really focused on is building their platform and their core functionality. So the online course engine to be really good at everything else. Where you can do basic email marketing through Thinkific, but as soon as you start to get into more complex needs, and as your business is growing, we want to integrate with the best of the best in tools across the range. So whether that is being able to add those those pixels, so you can do your your ad recognition. Or best in class email tools, funnels, or landing pages. Miranda shared that they are actually just about to launch their Shopify app, which will be quite imminent. So their goal is always to integrate with best in class tools, so that people can expand their businesses without them trying to be something that they're not. When referring to my question about the tools that people are using that hit home for them, she shared that, it really depends a little bit on the business. She said they know that probably the greatest number of people are using an email platform in addition to Thinkific because that just makes sense. We all know that we want to be communicating and marketing to that list, especially as it grows and you can do that. When you're getting started, you don't need to integrate with an email tool. But that is one of the things that people tend to integrate with first. And some examples are Active Campaign, Convert Kit, or MailChimp. But the tool gets into the sort of the specifics of what it is that you're looking to do, and what is the right tool for you. But I would say that emails are the first one that we tend to see. That's something that I do a ton of integration with. I mean, I was just having a call with a client yesterday. They were a Thinkific a client and we were going through the motions of, “Okay, so this is what it looks like when you integrate with MailChimp. This is what it looks like when you integrate with Active Campaign. And you have to make the decision.” I shared the advantages and disadvantages of both. There are definitely advantages and disadvantages on both platforms. And then there's other things that you can do. I know I've talked about it quite at length. And I know in one of the interviews in this series, I talked about Zapier. I might have talked about it in two of the interviews, because I just love Zapier. And the integration that we've got between Thinkific and Zapier allows so much flexibility and so much control, depending of course, on what level of thinking that you are at which is kind of why I brought that up. Because it was a really good segue into the growth add on to the pro plan out there at Thinkific. The pricing is pretty standard pricing, but what you get with the growth package really elevates the potential of this platform as a foundational platform within your tech stack. And I really want to kind of dig in a little bit into not just the thought of should people be adding on the growth package, but why you might want to add on the growth package? Because for most people at some point in time, they will. Why you might want to add on the growth package? Miranda share that with any size company, they've really analyzed their pricing and tried to strike that balance between wanting to help especially small businesses who are a new business owners get started, but they also want to make sure that the can continue to support them as their businesses grow and scale. Thinkific's growth package was one of the biggest ways that they've been able to do that. So the growth package essentially has all of Thinkfiic's core features available on their basic plan. Then, as you as you move up in plans, you basically get access to features that tend to help you as you have more and more customers. So the kinds of things that you need, as you grow, as opposed to necessarily need right off the bat. So the kinds of things that growth offers on top of a regular plans for customers are things like groups. You can start to sell into cohorts. And this starts to really apply when you have instructors who've got the same course, but they want to sell to things like organizations. And then the organization is going to want to be able to pull a report on all of their employees and how they're progressing through their course material, for example. So again, not the kind of thing that we see most people doing on day one. But as successful course creators are getting more and more customers, especially some of those big groups, that's a really valuable feature. Back to the idea of customer contact and email, they get into bulk email. So on their growth plan, you can send bulk emails out to segments of your customers. Miranda shared that that was quite fun, because you can do things like quickly send an email to everybody who's enrolled in a certain course, but who hasn't completed it. Or you can set all sorts of fine tuned segmentation on those emails. This can be really valuable when you're dealing with a bigger group of students. And similarly, you can even pull reports on very hyper focus segments of your users. An example of this would be that I want to see everybody that's enrolled in this course and that course, but hasn't purchased this course. And so now I might custom market to that group of people or give them a promotion or a deal. They've got a public API. And that is a word that most people don't even know what it means. And it's basically technical speak for the back end infrastructure that allows two tools to talk to each other. So most of their customers never need to know about that. Most of their customers interact with an API via something like Zapier, which is an integration that they have that allows you to easily set up integrations between their platform and like hundreds of others. But if you've got a technical background or a developer on your team, you want something super custom. It's the API and their web hooks are the technical ways that allow you to interact with that data. Thinkific's growth plan also offers things like the Zapier connection. And some of their advanced integrations with things like Infusionsoft, Active Campaign, and Beryllium that allows you to import and bulk enroll students as well. They were quite intentional about setting up their pricing so that you don't need those things to get started. Those are all features that apply when you're scaling and when you're really growing. So they actually encourage people to choose growth, when they're actually setting up. It's free for your first hundred students. So it's like you get all the benefit of getting to play with some of those advanced features and you don't have to pay for them. And you don't pay until you've got more than 100 students. Then it's just 10 cents per student per month. So it's really very accessible. And those are the kinds of features that allow you to grow and scale. Generally, alongside your business growing and scaling, in which case, the added very small incremental cost is negligible anyway, because you're already growing your business. Because there's an additional expense for this, that's why it's designed for growth. Your revenue absorbs the additional cost because of your growth. Your revenue pays for the functionality that you're looking at. And so I'm sitting here saying to myself, how are we going to make sure that we get the absolute best wrap up of this series out there on the airwaves so that it can just like put a beautiful statue or beautiful monument saying that this is what Thinkific is all about and that they can go to techofbusiness.com/thinkific, which is my affiliate link, and get started. What is it that says, “yes I'm ready to start an online course” or “yes, I'm ready to invest the time required to work on an online course and get it to market? Miranda said that she really believes that the future of business and education is changing and it's converging. When you take education and you superpower it with business you create this unstoppable force for change. We know that entrepreneurs and business owners have amazing knowledge and expertise. And when they can translate that into online courses and help other people transform their lives whether that is with skills and knowledge that helped them in their career, or their own business, or even just as a hobby, or helps them achieve personal goals, that we're really having an impact on students and people worldwide. So, back to the, you know, like, “Can I do it? Should I do it?” Miranda's answer is always going to be, “Today! Yes!”. She is constantly humbled and surprised at the incredible courses that she's seen people create, who probably just like you, never thought that they had something worth teaching. And they probably never thought that they would be able to achieve what they have built for themselves in their own families, but also for the students whose lives that they're able to impact. And what she's seen is just humbling and incredible. So she encourages people to rip off the band aid. And don't die trying to create the “everything you ever needed to know massive course” that's going to take you months to do. Just think about today, what is one small way for you to dip your toes in and create content that allows you to teach somebody else something that you know? And start that ball rolling of building online education for you and your audience. And get going. I think that it's a perfect way for us to wrap things up by saying, find something that you can create content around that people are going to be interested in purchasing. We didn't say that people are going to be interested in purchasing because you're on Thinkific. Or because you're using Active Campaign. Because you're using this tool or that tool. Your content is the most important thing and having it positioned in a way that it's going to provide value to your leads, prospects, and customers and for them to have an impact for it to change their lives, their businesses, and their families. That is the goal of online education! For it to change and empower the end user and we're just using vehicles. Thinkific is a vehicle for that. As I share before, the link for getting your free month of Thinkific pro plane is techofbusiness.com/thinkific. Yeah, so it's just we're on Thank you so much for hanging out with me for this Thinkific series here on the podcast. If you know someone who is thinking about doing an online course or that you know would do amazing with an online course, send them to this entire series. You can get to the series by going to techofbusiness.com/series/Thinkific. Again, thank you so much for being part of the tech business community. If you have any questions for me whatsoever, hit me up over on Instagram. I'm @techofbusiness. I will see you next week. Thanks for listening to the tech of business podcast. If you enjoyed the show, please subscribe, share, rate, and review on Apple podcasts, Stitcher Radio, Overcast, or wherever you download your favorite shows. You can also learn more about me at techofbusiness.com. Connect with Jaime: Instagram: @techofbusiness Twitter: @techofbusiness Facebook: @yourbiztech LinkedIn: https://www.linkedin.com/in/jaimeslutzky/ Email: jaime@techofbusiness.com Connect with Miranda: Instagram: @Thinkific. Twitter: @thinkific Facebook: Thinkific
This is Episode 89. It is our wrap up episode of the Thinkific series. Today I am joined by Miranda Lievers. She is the COO and co-founder of Thinkific. What better way to wrap up this series, then for us to have a conversation with someone who's been there since the beginning. Miranda has seen this platform grow from not even being a platform to being one of the leaders in course delivery online for entrepreneurs and small businesses. This is a very, very practical episode. We don't talk about jargon. We don't talk about tech all that much. Miranda is all about the operations, usability, and the metrics. And really, she just wants to see people being successful with their online course endeavors. So with that, let's get into this episode with Miranda. I want to take a second to thank Miranda for doing this interview as she is on maternity leave. I really truly appreciate it. And I love the fact that she can have flexible maternity leave working. So the reason why I wanted to have her on in this wrap up episode is because of her experience. Obviously with Thinkific, Miranda has been there since the beginning. And she’s watched the platform evolve. She’s watched the type of course creator and Thinkific user evolve. And I think that it's going to give a lot of perspective to all the conversations that we have had as part of this series. So before we get into this conversation, let’s learn more about who Miranda is and what her role is at Thinkific. Miranda Lievers is the COO and co-founder of Thinkific. She has been at Thinkific since the early days when they were a baby SAS platform. Just about five years ago, they launched as a SAS company. I have actually visited the Thinkific offices that they are currently in. I also visited what I think was called the bunker. The bunker was the old super startup office that literally was like a warehouse with no windows. Miranda shared that now they are in “a real all grown up office. I asked Miranda to go back to not necessarily the beginning, but when they realizes that this platform was going to take off. Miranda shared a brief history of Thinkific just to give context. She said that Greg Smith, CEO, was originally teaching LSAT classes in person, just over a decade ago. So he was teaching every Saturday out at UBC. And he was wanting to bring more content to his students. So he originally created a blog. And then shortly thereafter, wrote to his brother to help him build what was an early version of his online course before there was a platform like Thinkific. He found that, all the sudden, he was able to teach people on their schedules all over the place and not just as in person audience. And that was quite exciting. What was happening, though, other people were coming to him. They were coming to him not just to take his course, but to ask him for help launching their own courses online. And that was sort of the very, very early spark of building out this platform. So pre SAS company, the team started to build some software, started to create and launch other people's courses for them, and realized that there was no way that they could create, market, and sell other people's courses for them. They really had way more demand and needed to create a product that allowed people to do that on their own. And that was right around the time that Miranda met Greg. Just as they were pivoting to a SAS company and allowing people to get going on their own. And that was in the fall of 2014. Miranda shared that she remembers the very first time that she pulled a report and took a look at some data. And a customer, who she had never talked to, had signed up on their own, got their course loaded, and was actually making money. That customer had never even needed to talk to us. In the early days, there was still a lot of hand holding because their software was really early. But she remembers, the first time that she thought, “Whoa! Somebody really did it. They signed up, loaded their course, got students, made money, and they're off to the races without us having to do it for them.” Because we had built software that allowed them to do that. And that was quite a moment at Thinkific. Every day there were more and more people signing up and getting going. They’ve always had a real focus on great customer support. And they were doing all of that early on themselves. But more and more, they were finding that people didn't even need to talk to us. They were able to just get off to the races and do their thing. I can only imagine that Miranda was like, “Okay, so who is this? Who on our team created this fake user?” That would have been the first thought that went on in my mind. Miranda shared that she didn’t remember doing support for them. She even asked Greg if he knew who user was. So it a cool realization for sure. So was it in that moment that Miranda realized that they had something? Miranda shared that she remembers when she first met Greg which was sort of right before the transition to a SAS company. So they had been building some courses manually on their own, and then she met him. She said that before working with Greg, she was a small business person. She’s been involved in technology and small business for years. She’s done lots of consulting with small business owners. Her joke was always that small business owners don't know that they need consultants until it's too late. And typically they can’t afford consultants. So she thought: “I love small business. But I want to find a way to help small business owners, that's different than just sort of this one to one consulting.”- Miranda Lievers So when she met Greg, she just saw the potential before there were customers. And before people were able to do it on their own. But she just saw the potential for this platform to be able to help small business owners get their businesses growing with online courses in a way that she really felt like could take off and could help people do that. It could help small business owners around the globe. And so she had sort of seen the potential. But it wasn't until they saw people actually doing it, like that first example, where she knew that there wasn’t just potential was there, but they were actually starting to help people achieve what they're wanting to achieve. It makes so much sense to me that there are SAS companies like Thinkific out there that provide platforms for other entrepreneurs to use. And I love this model. I love being in the thick of it. And I find that it's one of those things, with Thinkific, you could look just like that first client did. You can go in, load your content, go through whatever you need to go through to get everything hooked up, and sell your product. Or you could work with a consultant or you could work with the team there at Thinkific. Or you could work with a third party. There's plenty of us experts listed. There's a lot of different ways of getting to sale number one. Because there are so many ways of getting to sale number one, what does Miranda find is the most common trajectory for someone who is just getting started? Miranda said that typical Thinkific customers are coming to them having already monetized an expertise in some way. So they might be doing consulting, coaching, or speaking themselves. They might have written a book or a blog. But they're getting revenue. So in some way they've monetized this content or this expertise that they have. But they haven't necessarily created and launched an online course. So this question almost twofold. Miranda said, “It’s more like, how do I see most people who are successfully getting Started? And how do I see people getting tripped up getting started?” The good news is she can answer both. The people who she sees who dive in and actually sort of take the wrong path and get a little bit tripped up are the people that think that they need to make everything perfect. They think they need to create the biggest, baddest course that they've ever seen before they even open the doors. And that's where she sees people getting a little bit tripped up when they kind of dive in. They go into this rabbit hole of building like a massive course with tons of content. We’re talking funnels, multiple pages, bundles of courses, and all of this crazy stuff. They're trying to open the doors with everything perfect. And they can get caught in the whirlwind and not come out. What Miranda recommends people to do, and when she sees people who are really successful out of the gate, is to go small, rip off the band aid, build the mini course first, get the doors open, and start to get their feet wet in terms of getting clients. She tells people: “It's always a good idea to do a small mini course first because inevitably, like anything in life, once you do it one time, you're going to come up with a list of the 20 things you're going to do differently the second time that you do that.”-Miranda Lievers So that’s exactly what she encourages people to do. She tells them to rip off the band aid course first, get your feet wet, figure out what you know, what's what's working, and what's not. And then you can iterate on your next versions. I think that is definitely a good strategy. And I think that a lot of the listeners right now have something that they could put into a mini course or a small course to get going and start using the platform. They definitely could be putting in what needs to be put in in order to prove that they can do online courses. You may be the best speaker or he may be the best author, but if you can't translate that into a way that your students are going to appreciate it, learn it, use it, and refer you to others, then you may not be the best course creator. Miranda shared that she thinks that going through all the motions at least once and getting something out there is important. So you've got a landing page out there. You probably are collecting leads. And you've got emails, students, and so on and so forth, that can really help you identify where the biggest holes are in your sort of end to end process. It is about figuring out where the bucket is leaky. It may actually be that your content is actually doing a really good job of moving your students through to completion, but it may be that your conversion rate off your landing page is actually where you've got a problem. And maybe you need to dig in there. Or you might find that it’s quite easy to sell to your audience and you're getting students into your course, but they're really struggling to complete it. So having having something up as soon as possible helps you to identify where you need to focus your efforts next. Because otherwise, you're just trying to make an assumption about where the weakest parts of this business are. And you don't necessarily know until you've got things up and running. I totally agree with that because a lot of us who have smaller audiences, because we're in a niche or a small town, may be very effective in online marketing and be able to get people in the door. But once they get in the door, they don't know what to do next. Or we could be really good at putting that course together. And it could reach beyond the proximity of our niche or our small community, but we haven't explored the avenues of marketing to a larger audience. So there are a lot of different variables in there. So at what point is Miranda finding that people themselves find success? Is it with their first sale? Or is it with their 10th sale? Is it when they cross the five figure mark income? What is it that has somebody coming to your support team there and saying that they’re ? Miranda shared that she is such a data geek. So they actually just welcomed a brand new data scientists to their data team.. Miranda made sure to go over and say hello, because she’s so excited to have somebody else on that team. She finds that she’sthe biggest internal client of our data team because she’s constantly asking, “Have we dug into this? What about this? How do we trend? How's this trending over time?” So they've looked at customer success in a lot of different ways and trying to figure out things what is that tipping point, both quantitatively and qualitatively. So obviously, there's what are people telling them, but then also what the data telling them in terms of when people seem to really get it. Miranda shared that it's actually a different number than she thought it would have been. What they’ve actually found looking at the data is, it's actually in the five to 10 student range is where things start to tip. And in digging into that further, they found as soon as people that you don't know, start buying your course, even that very first stranger who pays you for your online course is such a big aha moment for their customers. That is when they think that this is actually working. So if they find that as soon as you start to get outside of the “friends and family are buying my course” stage, that’s the tipping point.The first time that strangers are starting to pay you for that knowledge and that online course, that's when things start to really sort of get going. That is so cool because it's mirroring what the Thinkific story. It is similar to the, “Oh my gosh, one person did this on their own. They've paid us and they're successful! This really can and is working” moment Miranda had. . Now, one of the things that I love so much about Thinkific is the connections that Thinkific has to the other tech tools that people are using. An example would be their email marketing. It allows you to put your Google tracking in your facebook pixel and all sorts of other pieces that keep getting added and added over time. I asked Miranda if there some that she’s finding are gems that people are just digging into and loving using. Miranda had a bit of a different way to answer my question. She shared that there’s definitely different platforms that people are choosing where they want to move their online course to and their platforms that are more closed in terms of sort of being more like an all in one. And then there's a platform that's like Thinkific that is a little bit more open. So they've got an API. They’ve got external integrations. And that's quite intentional. Because at the end of the day, we recognize that they can build the core of our of our business around online courses and they can build what the majority of people want to need. But every business is a little bit different. Every business model is a little bit different. And every industry is a little bit different. So they want to allow the broadest range of customers to be able to use and get value out of Thinkific. They can't be, at their core, everything to everybody and solve every need. It'd be impossible to anticipate what every single need is. So one of the things that that really focused on is building their platform and their core functionality. So the online course engine to be really good at everything else. Where you can do basic email marketing through Thinkific, but as soon as you start to get into more complex needs, and as your business is growing, we want to integrate with the best of the best in tools across the range. So whether that is being able to add those those pixels, so you can do your your ad recognition. Or best in class email tools, funnels, or landing pages. Miranda shared that they are actually just about to launch their Shopify app, which will be quite imminent. So their goal is always to integrate with best in class tools, so that people can expand their businesses without them trying to be something that they’re not. When referring to my question about the tools that people are using that hit home for them, she shared that, it really depends a little bit on the business. She said they know that probably the greatest number of people are using an email platform in addition to Thinkific because that just makes sense. We all know that we want to be communicating and marketing to that list, especially as it grows and you can do that. When you're getting started, you don't need to integrate with an email tool. But that is one of the things that people tend to integrate with first. And some examples are Active Campaign, Convert Kit, or MailChimp. But the tool gets into the sort of the specifics of what it is that you're looking to do, and what is the right tool for you. But I would say that emails are the first one that we tend to see. That's something that I do a ton of integration with. I mean, I was just having a call with a client yesterday. They were a Thinkific a client and we were going through the motions of, “Okay, so this is what it looks like when you integrate with MailChimp. This is what it looks like when you integrate with Active Campaign. And you have to make the decision.” I shared the advantages and disadvantages of both. There are definitely advantages and disadvantages on both platforms. And then there's other things that you can do. I know I've talked about it quite at length. And I know in one of the interviews in this series, I talked about Zapier. I might have talked about it in two of the interviews, because I just love Zapier. And the integration that we've got between Thinkific and Zapier allows so much flexibility and so much control, depending of course, on what level of thinking that you are at which is kind of why I brought that up. Because it was a really good segue into the growth add on to the pro plan out there at Thinkific. The pricing is pretty standard pricing, but what you get with the growth package really elevates the potential of this platform as a foundational platform within your tech stack. And I really want to kind of dig in a little bit into not just the thought of should people be adding on the growth package, but why you might want to add on the growth package? Because for most people at some point in time, they will. Why you might want to add on the growth package? Miranda share that with any size company, they’ve really analyzed their pricing and tried to strike that balance between wanting to help especially small businesses who are a new business owners get started, but they also want to make sure that the can continue to support them as their businesses grow and scale. Thinkific’s growth package was one of the biggest ways that they’ve been able to do that. So the growth package essentially has all of Thinkfiic’s core features available on their basic plan. Then, as you as you move up in plans, you basically get access to features that tend to help you as you have more and more customers. So the kinds of things that you need, as you grow, as opposed to necessarily need right off the bat. So the kinds of things that growth offers on top of a regular plans for customers are things like groups. You can start to sell into cohorts. And this starts to really apply when you have instructors who've got the same course, but they want to sell to things like organizations. And then the organization is going to want to be able to pull a report on all of their employees and how they're progressing through their course material, for example. So again, not the kind of thing that we see most people doing on day one. But as successful course creators are getting more and more customers, especially some of those big groups, that's a really valuable feature. Back to the idea of customer contact and email, they get into bulk email. So on their growth plan, you can send bulk emails out to segments of your customers. Miranda shared that that was quite fun, because you can do things like quickly send an email to everybody who's enrolled in a certain course, but who hasn't completed it. Or you can set all sorts of fine tuned segmentation on those emails. This can be really valuable when you're dealing with a bigger group of students. And similarly, you can even pull reports on very hyper focus segments of your users. An example of this would be that I want to see everybody that's enrolled in this course and that course, but hasn't purchased this course. And so now I might custom market to that group of people or give them a promotion or a deal. They’ve got a public API. And that is a word that most people don't even know what it means. And it's basically technical speak for the back end infrastructure that allows two tools to talk to each other. So most of their customers never need to know about that. Most of their customers interact with an API via something like Zapier, which is an integration that they have that allows you to easily set up integrations between their platform and like hundreds of others. But if you've got a technical background or a developer on your team, you want something super custom. It's the API and their web hooks are the technical ways that allow you to interact with that data. Thinkific’s growth plan also offers things like the Zapier connection. And some of their advanced integrations with things like Infusionsoft, Active Campaign, and Beryllium that allows you to import and bulk enroll students as well. They were quite intentional about setting up their pricing so that you don't need those things to get started. Those are all features that apply when you're scaling and when you're really growing. So they actually encourage people to choose growth, when they're actually setting up. It's free for your first hundred students. So it's like you get all the benefit of getting to play with some of those advanced features and you don't have to pay for them. And you don't pay until you've got more than 100 students. Then it's just 10 cents per student per month. So it's really very accessible. And those are the kinds of features that allow you to grow and scale. Generally, alongside your business growing and scaling, in which case, the added very small incremental cost is negligible anyway, because you're already growing your business. Because there's an additional expense for this, that's why it's designed for growth. Your revenue absorbs the additional cost because of your growth. Your revenue pays for the functionality that you're looking at. And so I'm sitting here saying to myself, how are we going to make sure that we get the absolute best wrap up of this series out there on the airwaves so that it can just like put a beautiful statue or beautiful monument saying that this is what Thinkific is all about and that they can go to techofbusiness.com/thinkific, which is my affiliate link, and get started. What is it that says, “yes I’m ready to start an online course” or “yes, I’m ready to invest the time required to work on an online course and get it to market? Miranda said that she really believes that the future of business and education is changing and it's converging. When you take education and you superpower it with business you create this unstoppable force for change. We know that entrepreneurs and business owners have amazing knowledge and expertise. And when they can translate that into online courses and help other people transform their lives whether that is with skills and knowledge that helped them in their career, or their own business, or even just as a hobby, or helps them achieve personal goals, that we're really having an impact on students and people worldwide. So, back to the, you know, like, “Can I do it? Should I do it?” Miranda’s answer is always going to be, “Today! Yes!”. She is constantly humbled and surprised at the incredible courses that she’s seen people create, who probably just like you, never thought that they had something worth teaching. And they probably never thought that they would be able to achieve what they have built for themselves in their own families, but also for the students whose lives that they're able to impact. And what she’s seen is just humbling and incredible. So she encourages people to rip off the band aid. And don't die trying to create the “everything you ever needed to know massive course” that's going to take you months to do. Just think about today, what is one small way for you to dip your toes in and create content that allows you to teach somebody else something that you know? And start that ball rolling of building online education for you and your audience. And get going. I think that it's a perfect way for us to wrap things up by saying, find something that you can create content around that people are going to be interested in purchasing. We didn't say that people are going to be interested in purchasing because you're on Thinkific. Or because you're using Active Campaign. Because you're using this tool or that tool. Your content is the most important thing and having it positioned in a way that it's going to provide value to your leads, prospects, and customers and for them to have an impact for it to change their lives, their businesses, and their families. That is the goal of online education! For it to change and empower the end user and we're just using vehicles. Thinkific is a vehicle for that. As I share before, the link for getting your free month of Thinkific pro plane is techofbusiness.com/thinkific. Yeah, so it's just we're on Thank you so much for hanging out with me for this Thinkific series here on the podcast. If you know someone who is thinking about doing an online course or that you know would do amazing with an online course, send them to this entire series. You can get to the series by going to techofbusiness.com/series/Thinkific. Again, thank you so much for being part of the tech business community. If you have any questions for me whatsoever, hit me up over on Instagram. I'm @techofbusiness. I will see you next week. Thanks for listening to the tech of business podcast. If you enjoyed the show, please subscribe, share, rate, and review on Apple podcasts, Stitcher Radio, Overcast, or wherever you download your favorite shows. You can also learn more about me at techofbusiness.com. Connect with Jaime: Instagram: @techofbusiness Twitter: @techofbusiness Facebook: @yourbiztech LinkedIn: https://www.linkedin.com/in/jaimeslutzky/ Email: jaime@techofbusiness.com Connect with Miranda: Instagram: @Thinkific. Twitter: @thinkific Facebook: Thinkific
Just like the light metal beryllium and its mineral form beryl, Jesus the Christ was both strong and alluring. How was Jesus the Christ allurring and what beautiful gemstones come from Beryl? Please listen and learn! --- This episode is sponsored by · Anchor: The easiest way to make a podcast. https://anchor.fm/app Support this podcast: https://anchor.fm/presence/support
Brian Clegg examines the duality that makes beryllium oxide so valuable to the electronics industry
Jules and Justice discuss the phenom that is Endgame, WARNING: SPOILERS included in this episode! How Starbucks came to Westeros, Sonic trailer, Spiderman Homecoming trailer and the Gaming version of the Fyre Festival that is Star Citizen. Please Like Share and Subscribe!!
You'll find beryllium in precious jewels and a space telescope mirror, but just don't inhale the dust - all in episode 10 of Elemental, with AUT's Professor Allan Blackman.
You'll find beryllium in precious jewels and a space telescope mirror, but just don't inhale the dust - all in episode 10 of Elemental, with AUT's Professor Allan Blackman.
You'll find beryllium in precious jewels and a space telescope mirror, but just don't inhale the dust - all in episode 10 of Elemental, with AUT's Professor Allan Blackman.
Special guest Ben Brooks, Special Intelligence and Electronic Warfare Veteran and current Vice President of Cyber Security consulting firm Beryllium, appears on Episode #75 of Task Force 7 Radio to talk about the importance of the NIST Framework, what gaps need to be filled to defend against the ever increasing sophistication of cyber attacks, the security of cloud infrastructures, and the impact of artificial intelligence on the cyber security industry. Brooks also gives his opinion on whether or not the United States is in a Cyber War, what the average person can do strengthen their personal cyber security posture, and why skills and experiences learned from the military translate so well to the cyber security industry. All this and more on this week's episode of Task Force 7 Radio - the Voice of Cyber Security.
Vlad Negnevitsky is working towards serious quantum error correction. He prepares a Bell state of two Beryllium ions, and measures its parity with an ancilla Calcium ion. He then uses this result to correct for any errors in real time. V. Negnevitsky et al, Repeated multi-qubit readout and feedback with a mixed-species trapped-ion register, Nature volume 563, pages 527–531 (2018) (paper, preprint)
The James Webb Space Telescope is one of the most ambitious and technically complex missions NASA has ever set its focus on.
Kranix gets dunked by the Quintessons! Beryllium bologna?! . . . caesium salami!?!? . . . The Dinobots are IDIOTS!!! Sharkticons don’t look like sharks!!! Script Deviations: sword trees, stun sticks . . . and THE FIFTH FACE!!!! SPARE ME THIS MOCKERY OF JUSTICE!!!!
Brain-controlled machines Brain-machine interfaces. EEG. The advantage of the group over the individual. Humans in tandem with AI and the closing window of human cognitive superiority. Computational offloading. Wetware/hardware integration and explaining the “excessive” neural load of Jaeger drift. Drifting Localized neural “loops.” Neural load and body mass. Chasing the rabbit. Multiple input control vectors. Meatsack adaptations and proprioception. Human biofeedback and ambulation vs “Emergence of Locomotion Behaviours in Rich Environments” Square-cube business Materials and size scales and the inappropriateness of humanoid design for your giiiiiiiiiiant robots. The square cube law. Don’t forget Godzilla and King Kong! Kaiju Neural loads and signal speed. Central pattern generators and “butt brains” and how the dinosaurs didn’t have them. Blue ammonia heavy metal blood. Atmospheric pressures. Jägers Metallic construction. Irrational fear of alloys. Possible material engineering choices. Beryllium is the worst. Graphene and spraying pencils. Incentive systems for robot design. Square cube again. Density. Power sources The subtlety of nuclear reactors vs nuclear bombs. Orion nuclear blast spacecraft. Carl Sagan. Energy density of fuel sources. Nuclear testing for fun and profit. Playing science fast and loose. Alien terraforming projects Playing the looooooooong game. Statistical Great Filter analyses. Earth is a fixer-upper. Jerk bully aliens. Stephen Granade: WebsiteTwitter Stephen on Pacific Rim again but with more physics: YouTube Support the show!
As we try to dive deep into beryllium, we discover its irritating tendency to send us back to the beginning.
Melting Mountain Glaciers For many years it has been believed that Canada's western mountain glaciers, also known as the Cordilleran Ice Sheet, melted some 12.5 thousand years ago. A new study published in the Journal Nature by researcher Brian Menounos and his team is shedding new light on just when our mountains became ice-free. Deciphering the story of ice melt across western Canada's mountain has far-reaching implications. By understanding how ice melted thousands of years ago, we can also build better models to predict how current alpine ice sheets, like the one in Greenland, may melt in the future. It also helps to understand the challenges of previous theories of an "ice-free corridor" in terms of human migration to the North American Continent. And finally, it also is an important part of the story of ocean level fluctuations as a result of the increased meltwater. When we talk about landscapes we need to understand two concepts, inheritance and consistency. When we look at changing climates over the millennia, we also need to look at the associate landforms that each climate typically creates. In the mountain west, for instance, the mountain landscape was first carved by the power of water. Water dissects the land in a very specific way. It takes advantage of the contours as well as weaknesses in the rocks to guide its flow. Water passes over rocks of varying hardness including soft shales and harder limestones. Softer rocks will be worn down more quickly while harder rocks remain more resistant to the power of water. Cracks or fissures will be widened and over time, the landscape begins to be divided by mountain summits and intervening v-shaped valleys carved by water. When glaciers later inherited this water forged landscape, they inherited the same valleys previously carved by water and began to renovate them. Narrow V-shaped valleys were renovated into broad u-shaped valleys typical of valley glaciers. High on the mountains, glaciers also formed on cliff ledges and any area where snow could accumulate. As these glaciers moved, they enlarged the ledges upon which they sat and in many cases created round bowl-shaped depressions called cirques. I often refer to cirques as glacial nurseries as the ice usually formed there and then would overflow down the valley as it exceeded the ability of these bowls to contain the ever-increasing volumes of ice. Rock and debris fell onto the ice and some hitched a ride, just like a modern-day conveyor belt. It would later be deposited along the ice margins in linear ridges called moraines. Most of the rock becomes incorporated into the glacier and gets scraped and scoured along the base of the glacier. It's this action that allows glaciers to modify the landscape. Today, water has re-inherited this ice-modified mountainscape and is once again altering the cirques and u-shaped valleys. Consistency refers to the simple fact that processes acting on the landscape within a particular climate are the same processes that acted on the landscape at other periods of similar temperature and moisture. The way water changes the mountains today is the same way it would have done thousands or even millions of years ago. Each climate creates its own types of landforms but is always working with vistas carved by successive climatic periods. As a naturalist, this is what I love to look for in the surrounding peaks. Where can I find the impacts of previous climates and how are the current changes in climate affecting how water will shape the mountains long into the future. Brian Menounos' study helps climatologists to not only more accurately understand how our mountain glaciers melted, but also how similar landscapes today may react in the future. Just like looking at a star in the sky represents light that may have traveled for thousands or millions of years before it reached your eye, our mountains may represent a time capsule of how other mountain glaciers may melt in the future. One of the challenges facing this study was the fact that most previous studies found that the glaciers in western Canada only melted around 12.5 thousand years ago. This date was the result of Carbon dating. Carbon dating has been a tried and true way of dating materials for decades, but once you get into high mountain landscapes, it runs into problems; there's not a lot of carbon at high elevations. The carbon used for dating comes from ancient plants and once you hit the upper alpine environment, you find yourself in a land of rock and ice with little to no plant life. This may have added significant error to the dating. If you take a walk to the far end of Lake Louise in summer, you'll enter a land where winter is still king, and where glaciers have only recently revealed the landscape that was previously hidden by ice. You'll also notice that there is little regrowth on much of the lower valley as you hike up to the Plain of Six Glaciers Teahouse. Once glaciers disappear from a mountain valley, it may take a millennia or more before it becomes fully reclaimed by plant communities. This means that the carbon that was being measured in previous studies may have represented plants that colonized the valley long after the glaciers had disappeared. Newer dating methods that don't rely on carbon offered some additional ways to get a better date. Beryllium is a mineral most of us have never heard of. It's a highly toxic and carcinogenic mineral, but it's also one of the lightest metals in the world and has a correspondingly high melting point. These characteristics make beryllium very important in today's cell phones, aeroplanes and even missiles. One isotope, beryllium 10, like carbon 14 is radioactive. The radioactivity is created by cosmic rays colliding with atoms on Earth. In the case of beryllium 10, it's caused when cosmic rays hit oxygen atoms in the bedrock. A layer of ice acts to stop these rays and so measuring how much beryllium 10, which is found in the quartz rocks so common in the mountains, can help to tell us when the rocks were exposed by melting glacial ice. Menounos and his team measured 76 samples from 26 locations to see if dates could be more accurately determined using this new dating method. They visited glacial moraines across British Columbia in order to test the theory that many areas may have been ice-free much earlier than previously believed. The great ice age, the Pleistocene, ended some 14,700 years ago when climates suddenly warmed. At the peak of the Cordilleran Ice Sheet, the amount of ice was similar to what can be found in present-day Greenland. The results showed that the moraine samples fell into two age ranges, 12,800 to 15,000 years for the older locations and 9,800 to 13,000 for the younger sites. If we work with the average ages of 13,900 and 11,400 years respectively, the study showed that large areas of the mountain glaciers had already melted prior to earlier estimates of 12,500 years ago. It also shows that ocean waters off the coast of British Columbia would have risen by approximately 4C between 15,500 and 14,000 years ago. This would have melted most of the low-elevation glaciers, leaving only the highest mountain regions ice-free. Also during this period, meltwater would have contributed to sea level increases of 2.5 to 3 metres. In other terms, the mountain glaciers lost half of their mass in less than 400 years. This also changed the ice sheet into a series of interconnected alpine glaciers, and icefields, gradually leaving us with the landscape we recognize today, just on a much much more extensive scale. This study shows that vast amounts of ice had been lost from the mountain landscape at least 2,000 years earlier than previously thought. It also shows that ice sheets as large Greenland's can also melt at a very fast rate. Essentially, once the melt starts, it can take place very quickly. While it may seem that this actually adds to the possibilities of human migrations towards a possible "ice-free corridor", the study shows evidence that low elevation travel routes would have remained ice-choked until long after the migrations would have needed to occur. Way back in episode 6 I talked about some of the new evidence that was rendering the ice-free corridor to the dustbin of history. You can check it out at www.MountainNaturePodcast.com/ep006. The most recent archaeological evidence shows that people had already arrived in North and South America as far back as 14,500 years ago. Assuming that early migrants made it across the ice-free corridor even 13,000 years ago, there is little chance they would have spread to Monte Verde in southern Chile by 14,500 years ago, yet there are archaeological sites that date to that period. Essentially, it's out with the ice-free corridor and in with the kelp highway. What the heck is the kelp highway you ask? Well, it refers to a coastal migration rather than an inland one. It wasn't long ago that this was considered fringe science. All the archaeological eggs were in the ice-free corridor camp and there was little research into an alternative option. Over time though, ancient sites began to appear across the coastal areas of North and South America that kept pushing the tenure of first nations further and further back. Currently, the oldest sites are 14,500 years old in places like the Page-Ladson site in Florida. As far south as this site seems today, this underwater site revealed evidence of mastodon bones that showed signs of human butchering. Even much further south, on the southern end of Chile, lies the Monte Verde site. In 1975 the remains of a Gomphothere, an animal considered to be ancestral to modern-day elephants was found and this spurred further investigations. These revealed amazing artefacts well preserved in a peat bog that included butchered Gomphothere bones, stone hearths, the remains of other local animals, wooden house posts and even bits of animal skin clothing. To most archaeologists used to having to deal with hearths and stone tools, this site was incredibly rich, largely due to the preserving qualities of peat. Again, the dates stretch back to some 14,500 years. Prior to sites like this, the Clovis culture was considered to the be the oldest North American indigenous culture, but these and many more sites are now pre-dating the Clovis culture which was believed to have arrived via the ice-free corridor between 12,900 and 13,200 years ago. So how exactly did these pre-Clovis cultures find themselves in the New World - well that's the kelp highway? Essentially it refers to a coastal migration of peoples confident in traveling by boat along coastal areas taking advantage of plentiful supplies of kelp and seafood that was available. The ice-free corridor Clovis migration has been suffering a death by a thousand cuts over the past few years. Doubtless, Clovis people did take advantage of a corridor across the Bering Strait but it is now clear that they were the followers and not the leaders. They would still have arrived several millennia after the coastal regions had already been settled. In Episode 37, I talk about a new site off the coast of British Columbia that begins to add fuel to the kelp highway migration theory. One of the Achilles heels of this potential migratory route in the past has been the lack of evidence of a coastal migration. A newly announced site on Triquet Island has revealed artefacts at least 14,000 years old. This makes it the oldest archaeological site in Canada and helps to finally build a trail of breadcrumbs to support a coastal migration. We still need to push the chronology back further if we are to bring well-established populations of humans to the southern tip of South America by 14,500 years ago, but perhaps this is a good start. One of the great aspects of science is that until you actually look for something, it may be hiding in plain sight. Some science is the result of just plain luck…looking for one thing, and discovering another. Sometimes, we're just looking in the wrong place. With renewed interest in a coastal migration, there will be more and more resources focused on examining sites that might have been visited by our very oldest ancestors. While part of me laments the loss of a good story on an ice-free corridor migration right past my doorstep, another part of me loves the fact that an entirely new archaeological story is now unfolding. Just to throw another wrinkle into the equation. We're still assuming a migration across the Bering Strait that hugged the Pacific coast of North America. What if these paleo sailors were more adept than we give them credit for? We know that Aboriginal Australians were there by 50,000 years ago. They would have had a more challenging, open-water voyage in order to discover this new continent. Maybe we're just beginning to scratch the surface in a new whodunnit of New World migration. A really unique site in California shows the potential for some kind of early human as far back as 130,000 years ago. The site was found in 1992 beside a highway site near San Diego California. While archaeologists are quibbling about a few hundred years here and there when dating sites, this site has come in more than 100,000 years before anyone thought humans could be in the new world. The site features a partial skeleton of a mastodon that appears to have been butchered by paleo-humans. The outrageous preliminary dating of the site kept it on the fringes until new dating techniques to confirm early dating. This resulted in the new research being published in the Journal Nature just in April of 2017. Every new discovery leads to new rabbit holes of investigation, confirmation, peer review, and then new questions. This site is so wacky early that if it's confirmed by subsequent research, then all human migration theories on the planet will be up for grabs. It's so old that we would be talking about hominids as opposed to humans. I can't wait to see how this story ends. Perhaps we are just at the beginning of a new mystery? Stay tuned. Next up - The greatest land geographer to ever live David Thompson's early years The history of the exploration of Canada is filled with the names of great men. Names like Simon Fraser, Alexander Mackenzie, Samuel Hearne, Anthony Henday, and David Thompson. All of these men were great explorers but in the final tally of simple achievement, none could hold a candle to David Thompson, or as the first nations knew him, the man who looks at stars. Thompson was born on April 30, 1770, in Westminster, England. His family was poor and after his brother was born two years later, his father died leaving the family even the more destitute. The day before his 7th birthday he was enrolled in the Grey Coat School in Westminster. At the time, it was a school devoted to educating poor boys. Its goal was "to educate poor children in the principles of piety and virtue, and thereby lay a foundation for a sober and Christian life". By all accounts, Thompson was an able student and this brought him to the attention of the School Board. In the minutes of their December 30, 1783, meeting it states: "The Master also reports that application was made by the Secretary belonging to the Hudson's Bay Company, to know, if this Charity could furnish them with 4 boys against the month of May next, for their settlements in America. The Master, by order of the Treas (sic) wrote a letter informing the Governor and Directors that there were but two boys that had been taught navigation in the school, which two boys they desire may be qualified for them, vis: Samuel John McPherson and David Thompson." What an adventure for a boy of only 15…or was it? Apparently, Samuel McPherson didn't think so as he did a runner the following day rather than be packed off to the new world. Thompson, on the other hand, embraced the opportunity and on the minutes of the Grey School dated June 29, 1784, he was apprenticed to the Hudson's Bay Company. The minutes state: "On the 20th of May David Thompson, a mathematical Boy belonging to the Hospl (sic) was bound to the Hudson's Bay Company and the Trear then paid Mr Thos. Hutchins, Corresponding Secretary to the said Company, the sum of five pounds for taking the said Boy apprence (sic) for seven years". I can imagine that when the Company ship the Prince Rupert departed London in May of 1784 that many things must have been going through the mind of this bright 15 year old boy. Part of him must have been terrified to leave the only home he had ever known for a vast wilderness. Thompson reflected on his years at the Grey School writing in his journal: "Books in those days were scarce and dear and most of the scholars got the loan of such books as his parents could lend him. Those which pleased us most were the Tales of the Genii, the Persian, and Arabian Tales, with Robinson Crusoe and Gullivers Travels : these gave us many subjects for discussion and how each would behave on various occasions." Doubtless, stories of the hardships awaiting him must have reached his young ears, yet he embraced his fate and soon after, the new world for the rest of his life. As the ship approached the coast of North America he wrote: "We now held our course over the western ocean ; and near the islands of America saw several icebergs, and Hudson's Straits were so full of ice, as to require the time of near a month to pass them ; this being effected the three ships separated, one for Albany and Moose Factories, another for York Factory, and the third for Churchill Factory at which last place we arrived in the beginning of September 1784." Thompson continued: "Hudson's Bay, including Jame's Bay, may be said to be an inland sea, connected to the Atlantic Ocean by Hudson's Straits…On its west side it receives Seal, Churchill, the Kissiskatchewan (now known as the Nelson), Hayes, Severn, Albany, and Moose Rivers; on the east side Ruperts and several other Rivers, the names of which are unknown as they come from barren, desolate, countries." What a first impression it must have been for Thompson? Fort Churchill was isolated at what must have seemed like the end of the world, especially when he learned: "The Factory is supplied once a year with goods and provisions, by a Ship which arrives on the last days of August, or early September, and in about ten days is ready for her homeward voyage; the severity of the climate requiring all possible dispatch." Thompson saw adventure along with hardship. In autumn, just like they do today for the viewing pleasure of thousands of tourists, the polar bears arrive at Churchill. Thompson wrote: "The polar Bear now makes his appearance, and prowls about until the ice at the sea shore is extended to a considerable distance ; when he leaves to prey on the Seal, his favourite food : during his stay he is for plunder and every kind of mischief, but not willing to fight for it." While the cold and the wind bothered all, there was little snow until the latter part of December when: "a north east snow storm of three days continuance drifted the snow to the height of the stockades and over them, and filled the whole yard to the depth of six to ten feet, which could not be cleared, and through which avenues had to be cut and cleared of about four feet in width ; and thus remained till late in April, when a gradual thaw cleared the snow away. From the end of October to the end of April every step we walk is in Snow Shoes. The Natives walk with ease and activity, and also many of us: but some find them a sad incumbrance, their feet become sore and their ankles sprained; with many a tumble in the snow from which it is sometimes difficult to rise." The winds of Hudson Bay are legendary. Any snow that falls quickly forms in huge drifts. After spending three weeks on the Bay this fall, I can see how the stockades would catch the drifting snow and how it would fill the enclosed yard as well. The climate is the great arbiter in the north and he wrote: "The country, soil, and climate in which we live, have always a powerful effect upon the state of society, and the movements and comforts of every individual, he must conform himself to the circumstances under which he is placed, and as such we lived and conducted ourselves in this extreme cold climate. All our movements more, or less, were for self-preservation : All the wood that could be collected for fuel, gave us only one fire in the morning, and another in the evening…" "The interior of the walls of the House were covered with rime to the thickness of four inches, pieces of which often broke off, to prevent which we wetted the whole extent, and made it a coat of ice, after which it remained firm, and added to the warmth of the House, for the cold is so intense, that everything in a manner is shivered by it" When the summer sun arrived, so did the swarms of mosquitoes. Thompson wrote: "Summer such as it is, comes at once, and with it myriads of tormenting Musketoes ; the air is thick with them, there is no cessation day nor night of suffering from them. Smoke is no relief, they can stand more smoke than we can, and smoke cannot be carried about with us. The narrow windows were so crowded with them, they trod each other to death in such numbers, we had to sweep them out twice a day ; a chance cold northeast gale of wind was a grateful relief, and [we] were thankful for the cold weather that put an end to our sufferings. " "different Persons feel them in a different manner ; some are swelled, even bloated, with intolerable itching ; others feel only the smart of the minute wounds ; Oil is the only remedy and that frequently applied ; the Natives rub themselves with Sturgeon Oil, which is found to be far more effective than any other oil. All animals suffer from them, almost to madness, even the well-feathered Birds suffer about the eyes and neck. The cold nights of September are the first and most steady relief." At one point, Thompson began to wonder why he had been brought at all: "It had been the custom for many years, when the governors of the factory required a clerk, to send to the school in which I was educated to procure a Scholar who had a mathematical education to send out as Clerk, and, to save expenses, he was bound apprentice to them for seven years. To learn what ; for all I had seen in their service neither writing nor reading was required, and my only business was to amuse myself, in winter growling at the cold ; and in the open season shooting Gulls, Ducks, Plover and Curlews, and quarelling with Musketoes and Sand flies." After spending a year at Churchill, he was sent to York Factory after the supply ship had arrived at Churchill in 1785. He was sent out, accompanied by two natives, on foot, without provisions, to walk 240 km in the cold of autumn to bring mail that had arrived on the ship to another fort. He was accorded a single blanket to keep him warm at nights. At the same time, two natives would be sent from York Factory to Churchill. This would give each fort current information about the state of the other while also forming as a ready means of communicating between the forts. They were dropped at Cape Churchill and while Thomson was given a blanket, his guides were given a gallon of strong whiskey. Alas, the day was lost as they quickly set down to consume the spirits. Thompson always opposed the use of whiskey in the fur trade and banned it from any post that he was in control of. The next day they walked all day without breakfast or lunch, and in the evening his guides shot a goose and three ducks. He arrived on Sept 13 and spent the winter in the fort and quickly settled into a new routine. The natives that walked with him were given 3 gallons of brandy and 4 pounds of tobacco. The fall and winter are spent collecting all manner of food, fishing, snaring hares, hunting geese in the fall and ptarmigan in the winter, and basically trying to stay warm. The forts had to be completely self-sufficient. March and April seem to be the months when snow blindness is most prevalent. Thompson writes: "As I never had it, I can only describe the sensations of my companions. Accustomed to march in all weathers, I had acquired a power over my eyelids to open, or contract them as circumstances required, and to admit only the requisite quantity of light to guide me, and thus [I] prevented the painful effects of snow blindness. In the case of those affected the blue eye suffers first and most, the gray eye next, and the black eye the least ; but none are exempt from snow blindness ; the sensations of my companions, and others, were all the same ; they all complained of their eyes, being, as it were, full of burning sand ; I have seen hardy men crying like children, after a hard march of four months in winter. Three men and myself made for a trading post in the latter part of March. They all became snow blind, and for the last four days I had to lead them with a string tied to my belt, and [they] were so completely blind that when they wished to drink of the little pools of melted snow, I had to put their hands in the water. They could not sleep at night. On arriving at the trading Post, they were soon relieved by the application of the steam of boiling water as hot as they could bear it, this is the Indian mode of cure, and the only efficient cure yet known, but all complained of weakness of sight for several months after." The Bay men had mastered the north country. As they expanded their influence further west, they encountered the peoples of the Blackfoot Confederacy, in particular, the Peigan. He wasn't the first to visit the Blackfoot, that honour was reserved for Anthony Henday who visited the area in 1754. Henday was trying to sell an impossibility though. He was trying to convince them to go to the Bay to sell their furs. This was pretty much a non-starter for a population of the grasslands. He learned that, rather than travel long distances to the Bay, the Blackfoot would sell their furs to the Cree, who would, in turn, trade them to the Company at York Factory for a profit. An additional wrinkle was that the rival Northwest Company had built forts far more convenient to the Cree and they would get the best furs long before the remaining poorer quality pelts made their way to the Bay. The Northwest Company sent men out, onto the land, to meet, live with, learn the languages of, and in some cases, intermarry with the indigenous people of the hinterlands. The Blackfoot, while they enjoyed the whiteman's trade goods, they really didn't need them, and they definitely didn't want trading posts in their territory. They also were in a position to manage trade across the continental divide to British Columbia. Essentially, any Hudson's Bay Man wanting to visit B.C. would have to go through them. To negotiate with the Blackfoot, the company sent James Gaddy who spent three winters living with the Peigan in the foothills west of Calgary. In 1787, 17-year old David Thompson accompanied him. At this point, nobody had realized that David was no ordinary teenager. He kept a careful journal and decades later would use it to write his memoirs. Thompson described the people that he stayed with and the stories shared with him by them: "The Peeagan in whose tent I passed the winter was an old man of at least 75 to 80 years of age ; his height about six feet, two or three inches, broad shoulders, strong limbed, his hair gray and plentiful, forehead high and nose prominent, his face slightly marked with the small pox, and alltogether his countenance mild, and even, sometimes playfull ; although his step was firm and he rode with ease, he no longer hunted, this he left to his sons ; his name was Saukamappee (Young Man) ; his account of former times went back to about 1730…" Saukamappee was not of the Peigan, today referred to by the name Pikani. He was part of a Cree nation known as the Nahathaway with whom the Pikani were closely allied. Both nations were constantly at war with the Snake or Shoshone Indians to the south. Usually, they were very well matched in terms of weaponry and few people died in their skirmishes…at least in the early days. Saukamappee related how the arms race began to alter the balance of power as horses and guns began to appear. "By this time the affairs of both parties had much changed ; we had more guns and iron headed arrows than before ; but our enemies the Snake Indians and their allies had Misstutim (Big Dogs, that is Horses) on which they rode, swift as the Deer, on which they dashed at the Peeagans, and with their stone Pukamoggan (war clubs) knocked them on the head, and they had thus lost several of their best men. This news we did not well comprehend and it alarmed us, for we had no idea of Horses and could not make out what they were. Only three of us went and I should not have gone, had not my wife's relations frequently intimated, that her father's medicine bag would be honored by the scalp of a Snake Indian." Guns and horse began to change the landscape of the plains. The Pikani won with the help of the Nahathaway guns. Thankfully, the Snake Indians didn't have any horses with them in this battle. A few days later, Saukamappee saw his first horse, a dead one that had been killed in a different skirmish. The Peigan were able to keep the Snakes gun-poor as they were able to control access to the Hudson's Bay and Northwest Company supply of trade goods. This allowed the Peigan to expand greatly across the plains until they encountered an unstoppable foe - Smallpox. "While we have these weapons, the Snake Indians have none, but what few they sometimes take from one of our small camps which they have destroyed, and they have no Traders among them. We thus continued to advance through the fine plains to the Stag River when death ca
Heavy Metal Toxicity (such as Lead, Mercury, Arsenic, Cadmium, Aluminum, Beryllium, Cobalt, Copper, Nickel, Iron) can be the root cause of health problems that go undiagnosed by most doctors. In this episode, find out: --That Heavy Metal Toxicity impacts a higher percentage of children (40% of all children) than adults. And the connection of Heavy Metal Toxicity to Autism, Asperger's Syndrome, Learning Disabilities, Immune Compromise, Kidney Damage, and Liver Damage. --How your well water, proximity to a farm or golf course, or employment in a factory can expose you to Heavy Metal Toxicity. --How Arsenic can result in abnormal behavior as it changes how you think and your personality. And how Mary Todd Lincoln and Michael Jackson both had issues resulting from Heavy Metal Toxicity. --That Aluminum Toxicity is common among children with Autism, Asperger's, and Learning Disabilities. And how Dr. Prather sees "a dramatic change" when they get those levels lowered. --Why each individual dosage of a vaccine can contain different amounts of Heavy Metal Toxicity due to how vaccines are stored. --How Aluminum is listed as a "non-toxic preservative" by the government, which has increased the amount of Aluminum we ingest. And how deodorants contain high levels of Aluminum, which has been connected to Dementia, Alzheimer's, Osteoporosis, and Arteriosclerosis. --That high Copper can cause emotional issues, agitation, and hypersensitivity. --Why Nickel Toxicity is usually associated with dental work. And the weakening of the heart muscle associated with Cobalt (which can come from working in automobile manufacturing). --The Hair Analysis test you should have every year to determine if you have Heavy Metal Toxicity, and why you MUST make sure you are using a well-qualified lab that uses the latest technology to evaluate you. Plus, why Dr. Prather says the Chelation Challenge Test is inferior to the Hair Analysis Test. --Why Chelation to remove Heavy Metals from the body is rarely recommended by Dr. Prather. And why Dr. Prather calls Homeopathy "a magic formula" for detoxification of Heavy Metals in a quicker and safer way with no side effects (and a 100% success rate!). --How high levels of Manganese can produce the same symptoms of Parkinson's Disease. www.TheVoiceOfHealthRadio.com
To learn more about Butterflies of Wisdom visit http://butterfliesofwisdom.weebly.com/. Be sure to FOLLOW this program https://itunes.apple.com/us/podcast/wins-women-of-wisdom/id1060801905. To find out how Win walk and about Ekso go to http://www.bridgingbionics.org/, or email Amanda Boxtel at amanda@bridgingbionics.org. On Butterflies of Wisdom today, Best-Selling Author, Win Kelly Charles and Juan Carlos Gill welcomes Michael Sage Hider. Michael obtained a BS degree in Metallurgical Engineering from the University of Cincinnati, an MA degree in Philosophy from the University of Toledo, and a Juris Doctor degree from Santa Clara University. He also pursued studies at Ohio State University, San Jose State University, and Stanford University. As a United States Air Force Officer, he conducted hypervelocity impact studies at Eglin Air Force Base and was involved in underground nuclear tests at the Nevada Test Site. After being honorably discharged from the Air Force, he took employment with Fairchild Semiconductor as a silicon crystal growing engineer. Hider then moved to employment with Lockheed Missiles and Space Co. as an aerospace engineer developing heat-resistant materials for Trident submarine missile reentry bodies. While at Lockheed he coauthored a widely accepted technical paper entitled The Protection of Beryllium in a Salt-Moist Environment. Hider left engineering for a career in law. He was a trial attorney for eleven years in Merced County California, where he then ran for and was elected Superior Court Judge. During his several terms as Presiding Judge, he presided over a Master Calendar that included civil, criminal, probate, and juvenile cases. After seventeen years, he retired from the Merced County Superior Court Bench and moved to Southern California. However, as he is fond of saying, “his body rejected retirement.” He now sits on the Riverside County Superior Court Bench, working three days per week as a Mandatory Settlement Conference Judge. In 2010, the Southwest Riverside County Bar Association selected him as Judicial Officer of the Year. Hider has taught courses in science, philosophy, and/or law at Merced Community College, Chapman College, and the University of San Francisco Master’s Program. He and his wife, Eileen, have four children, two daughters-in-law, a son-in-law, and the nine most wonderful grandchildren anyone could possibly have! To learn more about Michael visit http://michaelhider.tateauthor.com/. To learn more about Win Kelly Charles visit https://wincharles.wix.com/win-charles. Please send feedback to Win by email her atwinwwow@gmail.com, or go to http://survey.libsyn.com/winwisdom and http://survey.libsyn.com/thebutterfly. To be on the show please fill out the intake at http://bit.ly/1MLJSLG. To look at our sponsorships go to http://www.educents.com/daily-deals#wwow. To learn about the magic of Siri go to https://www.udemy.com/writing-a-book-using-siri/?utm_campaign=email&utm_source=sendgrid.com&utm_medium=email. If you want to donate Butterflies of Wisdom, please send a PayPal donation to aspenrosearts@gmail.com. Please send a check in the mail so 100% goes to Bridging Bionics Foundation. In the Memo section have people write: In honor of Win Charles. Send to: Bridging Bionics Foundation PO Box 3767 Basalt, CO 81621
Fresh off a viewing of Galaxy Quest the crew sits down to discuss new observations, possible beryllium sphere plotholes, and weird overdubs. The fellas offer a heartfelt apology to Tim "The Tool Man" Allen, who upon further review, was not actually responsible for the extermination of the entire Thermian race. We also welcome to the show first time Galaxy Quest viewers PJ Thompson and Dennis "The Menace" Arkesteyn for a much needed new perspective on Galaxy Quest, a movie we are clearly no longer able to view objectively.
This week on Tell Somebody, Lindsay Wise, Washington reporter for the Kansas City Star, talks about Irradiated, the McClatchy print and multimedia online series about “the hidden legacy of 70 years of atomic weaponry” that left “at least 33,480 Americans dead.” Click on the pod icon above, or the .mp3 filename below to listen to the show, or right-click and choose "save target as" or "save link as" to save a copy of the audio file to your computer. You can also subscribe to the podcast, for free, at the iTunes Store or other podcast directory. If you have any comments or questions on the show, or problems accessing the files, send an email to mail@tellsomebody.us. Follow Tell Somebody on Twitter: https://twitter.com/tellsomebodynow “Like” the Tell Somebody page on facebook: www.facebook.com/TellSomebodyNow
Die Podwichtel in spe melden sich mit einer Marathonsendung zurück. In Elemente erfahrt ihr, was die Brille mit Beryllium zu tun hat. Danach wenden wir uns dem Riesenthema "Kunststoffe" zu. Neurodermitis und Antimaterie haben nichts miteinander zu tun, sind aber beide Thema in "Freiraum". Danach gibt es passend zum VW-Skandal Input über Auspuff und Abgase. Und bei unseren Plattenvorstellungen habt ihr die Auswahl zwischen Klassik-Pop und Dark Ambient
Rare and toxic, beryllium can do serious damage to your lungs. Presenter Laurence Knight explores whether and how we can make use of this metal safely. Prof Andrea Sella of University College London explains why beryllium's surprising scarcity is the very reason it can be so harmful to the body. Gianna Palmer reports from the Hanford nuclear site in Washington State on this chemical element's intimate and poisonous history in the US nuclear weapons programme. And we hear from IBC Advanced Alloys, a company that claims to have a novel, cheap - and safe - way of producing aeroplane parts out of beryllium-aluminium. Image: A man holding a shockproof X-ray tube - Beryllium is used in the construction of these. Credit: Douglas Miller/Topical Press Agency/Getty Images
After news of a serious incident at a Honeywell uranium processing plant in Illinois, the October 29, 2014 edition of Tell Somebody welcomed former Kansas City nuclear weapons parts plant supervisor Maurice Copeland back to the show to talk about compensation and healthcare for former workers at the plant. Click on the pod icon above, or the .mp3 filename below to listen to the show, or right-click and choose "save target as" or "save link as" to save a copy of the audio file to your computer. You can also subscribe to the podcast, for free, at the iTunes store or other podcast directory. If you have any comments or questions on the show, or problems accessing the files, send an email to mail@tellsomebody.us. Follow Tell Somebody on Twitter: @tellsomebodynow. “Like” the Tell Somebody page on facebook: www.facebook.com/TellSomebodyNow
The Bannister Federal Complex Community Advisory Panel, or CAP, met at the General Services Administration offices at the Bannister site on June 13, 2013. Tell Somebody was there and on the June 18 edition of the show we heard some audio from the meeting, and a good bit of information on beryllium, one of at least 898 toxic substances identified as having been used in the production of parts for nuclear weapons at the soon to be abandoned Kansas City Plant currently run for the National Nuclear Security Administration (NNSA) by Honeywell. All this came came after a quick excursion into the NSA whistleblower controversy. This page and the podcast are produced and maintained by Tell Somebody and may or may not reflect the edition of the show broadcast on the radio. Click on the pod icon above or the .mp3 filename below to listen to the show, or right-click and choose "save target as" to save a copy of the audio file to your computer. You can also subscribe to the podcast, for free, at the iTunes store or your podcast directory. If you have any comments or questions about the show or any problems accessing the files, send an email to: mail@tellsomebody.us follow Tell Somebody on twitter: @tellsomebody now "Like" the Tell Somebody facebook page
Alien Implant Removed From An American ScientistFull Report On the Alleged Alien Implant Removed From An American Scientist Code-Named "John Smith" Some time ago I wrote an open letter regarding the scientific findings of a possible implant that was removed from a scientist who has been code-named "John Smith."Regarding the above, the report, in PDF format, which documents the findings to which I make reference may be examined by clicking here .However, one key finding can be understood by examining the chart below which shows that the putative implant that was removed from "scientist John Smith" has isotope ratios which are very much different than those which are normally found in terrestrial materials.I thus believe it is proper to say that the removed object has (or had) non-terrestrial isotope ratios. That would be consistent with the object having been constructed in a stellar system other than ours . Regarding the 2.2% isotope shift of the Boron-10 isotope in the examined object, if the shift is due to a weak electron-capture process that leads to Beryllium-10, then the object could have come from a stellar system which began to evolve approximately 100 million years in advance of our solar system. That would be 00.022 * 4.6 Billion Years or roughly 100 million years.It is thus conceivable that the alleged implant came from a civilization that began its stellar evolution roughly 100 million years in advance of ours.Robert W. Koontz Experimental Nuclear Physicist Bio Material Here Open 24/7/365! (888) 344-3742 or (818) 298-3292In this video http://tinyurl.com/yk8xljf we present to you (via our surveillance and security video library) information about our new products, counter-surveillance techniques, industry-news, etc.RSS Reader (Widget) for New Surveillance Product/Service Announcements: http://tinyurl.com/yzg66zjUse this new RSS Reader / Widget to automatically receive new product and service announcements. Preview the same state-of-the-art surveillance and security equipment Detectives, PI's, the CIA and FBI use.Join us on Facebook! (DPLSURVE) http://www.facebook.com/dplsurve Stay Informed!Surveillance and Security Equipment Demonstration Videos (Watch & Listen):Join us on Twitter!We have a life-time warranty / guarantee on all products. (Includes parts and labor).if (WIDGETBOX) WIDGETBOX.renderWidget('19ca7508-009a-4c36-9bdf-cfe89dd8dd67'); Get the DPL-Surveillance-Equipment.com widget and many other great free widgets at Widgetbox! Not seeing a widget? (More info)if (WIDGETBOX) WIDGETBOX.renderWidget('f737b882-45c2-478e-839b-2cf0f9ec679c'); Get the Surveillance and Security Video Library widget and many other great free widgets at Widgetbox! Not seeing a widget? (More info)Use this new RSS Reader / Widget to automatically receive new product and service announcements. Preview the same state-of-the-art surveillance and security equipment Detectives, PI's, the CIA and FBI use.Enter Coupon Code: "Blogger" and save 5% (Please do not use quotes). DPL-Surveillance-Equipment.com is a world leader in providing surveillance and security products and services to Government, Law Enforcement, Private Investigators, small and large companies worldwide. We have one of the largest varieties of state-of-the-art surveillance and counter-surveillance equipment including Personal Protection and Bug Detection Products.Buy, rent or lease the same state-of-the-art surveillance and security equipment Detectives, PI's, the CIA and FBI use. Take back control! DPL-Surveillance-Equipment.comPhone: (1888) 344-3742 Toll Free USALocal: (818) 344-3742Fax (775) 249-9320Monty@DPL-Surveillance-Equipment.comGoogle+ and GmailDPLSURVE TwitterDPLSURVEMSN Monty@DPL-Surveillance-Equipment.comAOL Instant MessengerDPLSURVE32SkypeMontyl32Yahoo Instant MessengerMontyi32Alternate Email Addressmontyi32@yahoo.comJoin my Yahoo Group!My RSS Feed
Transcript: The core of an evolving star like a red giant contracts until the temperature reaches roughly two hundred million Kelvin. At this point a new energy source is available from the fusion of helium nuclei by the triple alpha process. This is a two stage reaction. In the first stage two helium four nuclei combine to form a beryllium 8 nucleus with a photon, and in the second stage a beryllium 8 nucleus combines with a helium 4 nucleus to form a carbon 12 nucleus with a photon released. Beryllium is unstable, and so the decay of beryllium before it can combine with another helium nucleus reduces the efficiency but does not quench the process. In low mass stars the energy released can rapidly heat the core and cause what’s called a helium flash. This can consume the helium fuel in only a few seconds although the effects are seen at the outer cool envelope of the star hundreds or thousands of years later and can last thousands of years. The Sun faces a helium flash roughly three hundred million years after it leaves the main sequence.
Dominic Frisby talks to Anthony Dutton , president and CEO of IBC Advanced Alloys , about the rare metal Beryllium, its uses and the company he is strategically building to capitalize on the opportunities arising around this unique metal. There is a manufacturing arm with a proprietary aluminium-beryllium alloy, an R&D arm and a mining exploration arm.IBC Advanced Alloys trade on the TSX venture exchange under the ticker IB.V . Click here for the live chart.Beryllium is is a steel-grey, strong, extremely lightweight and brittle metal. It is primarily used as a hardening agent. Beryllium's very low density (1.85 times that of water), high melting point (1287 °C), high temperature stability and low coefficient of thermal expansion, make it in many ways an ideal aerospace material. It has been used in rocket nozzles and is a significant component of planned space telescopes. Because of its relatively high transparency to X-rays and other ionizing radiation types, beryllium also has a number of uses as filters and windows for radiation and particle physics experiments. See acast.com/privacy for privacy and opt-out information. This is a public episode. If you'd like to discuss this with other subscribers or get access to bonus episodes, visit frisby.substack.com/subscribe
Dominic Frisby talks to Anthony Dutton , president and CEO of IBC Advanced Alloys , about the rare metal Beryllium, its uses and the company he is strategically building to capitalize on the opportunities arising around this unique metal. There is a manufacturing arm with a proprietary aluminium-beryllium alloy, an R&D arm and a mining exploration arm. IBC Advanced Alloys trade on the TSX venture exchange under the ticker IB.V . Click here for the
At the Honeywell.com website, a picture I suppose representing happy Kansas City Plant employees accompanies this message: To sign up for the beryllium medical surveillance program contact Oak Ridge Associated Universities (ORAU) at 1-866-812-6703. On November 6, 2009, the Planned Industrial Expansion Authority of Kansas City Missouri met, and after going through the motions of listening to testimony in opposition, voted unanimously to approve the latest step in a complicated leasing scheme to facilitate the building of a new nuclear weapons components plant in southern Kansas City. Part of the deal is about $40 million in tax abatements and incentives to improve infrastructure that will also benefit the Kansas City stop on the North America Super Corridor. The private developers for the project and their PowerPoints, as usual, got the lion's share of the time before the PIEA commissioners and staff, but opponents made some important points. Tom Klammer www.tellsomebody.us mail@tellsomebody.us Right-click on the .mp3 filename below and then choose "save target as" to save copy of this show to your computer, or subscribe to the podcast for free at the iTunes store.
Chemistry World's Richard Van Noorden on the element that gave us spark proof tools for the oil industry and a deadly lung condition
We're back at PRIME lab to take a look at the giant particle accelerator. Learn the process of taking a glacier rock, pounding it to smithereens, and then shooting it down a beam at hundreds of miles an hour, just to count how many atoms of Beryllium are inside the rock! A little bit of science for everyone: Chemistry, Physics, and Geology!Science Theater Interview 06: Marc Caffee (Part 2)Science Theater Interviews: Real Scientists, Real Science
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