Podcasts about orbitals

Episode: 2237 Modeling the atom: Making quantum uncertainty reveal corporeal solidity.  Today, guest scientist Andrew Boyd models the atom.

Feeling severed from the world? Trapped inside your own hundred acre wood? Tie your shoes. On this tour, we go in circles around a city where nothing is lost that can't be found, where nothing is erased without imprint. We wander story-laden streets, peek down literary alleys, poke our heads into sing-song pubs. We navigate inconvenient sympathies. We recognize a tune. To signal traffic in the narrative chaos, we trust the time-honored cues of the theater. We discuss a movie about a real place that doesn't exist. We go bump bump bump, and begin to construct a fresh map of reality, out of tea leaves long unread...   With Yeerk, host of Bistro Californium   For the SECRET CHAPTER from this adventure and a spiritually relevant SIDE QUEST episode, plus over 30 other exclusive episodes, subscribe to us at Patreon.com/filthyarmenian for only $5 a month.   Follow us on twitter/instagram @filthyarmenian Please rate, review, and spread the word.   Sightings: Beowolf, Edmund Spenser, Shakespeare, Alexander Pope, Jane Austen, Charlotte Bronte, George Eliot, Arthur Conan Doyle, Max Beerbohm, D.H. Lawrence, Ian Fleming, Evelyn Waugh, Charles Dickens, The League of Extraordinary Gentlemen, Rabindranath Tagore, Somerset Maugham, Agatha Christie, David Suchet, Philip Larkin, H.L. Mencken, London, Orbitals, The Perfume Nationalist, I'm So Popular, Ambrose Bierce, Noel Coward, P.G. Wodehouse, Michael Morecock, Captain Beefheart, Katherine Mansfield, William Blake, Invisible Republic, The Armenians

In this episode, the Fellowship discusses the most notable orbitals of our Solar Systems… aka.. MOONS! From moons that have large seas of liquid to inside out moons with enormous cliffs, we delve into those otherworldly satellites of our planetary neighbors. So, grab your favorite drink and join us for a mooning! Drinks this week: That's No Drink, Moondust, Lakes on Titan *Always Drink Responsibly* Listen and Subscribe to us on: Anchor.fm Spotify YouTube Apple Podcasts Google Podcasts Cosmoswithcosmos.com Follow Us! Twitter: @drinkingcosmos Instagram: @cosmoswithcosmos Credits: Eric Skiff - Resistor Anthems http://EricSkiff.com/music --- This episode is sponsored by · Anchor: The easiest way to make a podcast. https://anchor.fm/app

The Lost are now the Crew of the Sanguinity Orbital Vessel AGF-Paradise, and as a proper pirate crew it's time to hit their first bounty! As they perform their first spike drill, with some help from their new Cluster Captain, they arrive at K12-01-39: Warib to meet their contact. Astrid plays with bombs, Kamala has a hack fight, and Mohan leads some goons. Game System: Stars Without Number by Kevin Crawford.  Opening Theme: Into the Portal - Wowobit ( https://creativecommons.org/licenses/by/3.0/ ) *Voice over added by Jonathan Swenson Ending Theme: On the Shore by Kevin MacLeod Link: ( https://incompetech.filmmusic.io/song/4167-on-the-shore ) License: ( https://filmmusic.io/standard-license ) Please Rate & Review us on Podchaser! Follow us on Facebook or Twitter or our Website.Join our Discord at ( https://discord.gg/CHUCNTxnat ). Join our facebook group at HalfwitsFailedCritsCommunity. Send us emails at HalfwitsFailedCrits@gmail.com.   Support the show (https://ko-fi.com/halfwitsfailedcrits)

We have some bittersweet news: Orbitals is coming to a close. BUT there's a new science podcast headed your way in 2022! It's called Tiny Matters, and it's a show about things small in size but big in impact. Every other Wednesday, hosts Sam Jones and Deboki Chakravarti uncover the little stuff that makes the big stuff possible, answering questions like, “how does our brain form memories?” and “why haven't we terraformed Mars yet?" The first full episode drops on Wednesday, January 26, 2022.

Gland some nostalgia with us as we trade Special Circumstances war stories while traveling between Orbitals on the GSV So Much For Subtlety.

LEARN | CREATE | SHARE | DISCOVER Promo set put together for Lux Club in Lisbon, Portugal. With a warm-up vibe we head to the terrace bar for a winter sunset. Covering some of my favourite tracks this month from the likes of Chicola, Jamie Stevens & Anthony Pappa, Nicolas Rada & Armen Miran plus a very special 30 anniversary tribute remix of Orbitals seminal track 'Belfast'. For full track-listing please visit www.djdougalfox.com

Bacteria often get a bad rap, which is fair—they are responsible for diseases like strep throat, pneumonia, and tuberculosis, and antibiotic resistance is a legitimate threat to humanity's existence. But some bacteria might actually save lives by cleaning up things like massive oil spills and radioactive waste. Featuring Dr. Cara Santelli.

When you hear the word “molasses” you probably imagine super slow-moving, brown-colored sweet stuff that you add to a cookie recipe. And that is what molasses usually looks like, but under certain conditions and in large enough quantities, molasses can be dangerous. Just over a century ago, the North End of Boston learned just *how* dangerous.  Featuring Alex Dainis, PhD and Nicole Sharp, PhD

The Field Guide to Particle Physics https://pasayten.org/the-field-guide-to-particle-physics©2021 The Pasayten Institute cc by-sa-4.0 The definitive resource for all data in particle physics is the Particle Data Group: https://pdg.lbl.gov/The Pasayten Institute is on a mission to build and share physics knowledge, without barriers! Get in touch.The Electron CloudWe are made up of molecules, and molecules are made up of atoms joined together by their electrons - or sometimes, by their lack thereof.Atoms are modeled by a nucleus surrounded by an electron cloud. We've discussed the nucleus earlier; it's the hard center of the atom. It's really, really small, as small as a speck of dust in the middle of a baseball stadium. Despite that fact, the nucleus makes up over 99% of the atom's mass. Electrons are quite light by comparison.The nucleus is small because the nucleons - those protons and neutrons - are bound so tightly together. The electron, by comparison, is barely hanging on. That's why their orbits are so wide.Because electrons are small and light, they are subject to the physics of quantum mechanics. This is a deep and important fact, but for practical purposes it means that the details of their motion around the nucleus are obscured. We can't say with 100% certainty where the electron is, or how it is moving. And this obscurity is central to how atoms work.In traditional models from classical physics, forces like electromagnetism causes charged particles to orbit each other, just like planets orbiting the sun. The size and shape of those orbits are related how much energy those plants have. And unlike planets, electrons are known to lose energy very, very quickly.If electrons were really orbiting in circles or ellipses, the centrifugal force associated to that rotational motion would cause the electrons to lose a tremendous amount of energy. This would eventually collapse the atom, sending the electrons crashing into the nucleus. This paradox occupied was a big concern around the turn of the 20th century.To understand why electrons don't crash into the nucleus, it helps to consider a related mystery. Consider the simple case of the hydrogen atom: a single electron orbiting a single proton. The electron has no orbital angular momentum. How can an electron stay in orbit with a proton without any angular momentum?Quantum mechanics provides a curious - if unsatisfying - resolution to this mystery. It obscures the true position of the electron. The electron is smeared out as a spherical shell around the nucleus. The electron isn't really orbiting. It's just smeared out, hanging in a particular region, which happens to surround the proton. Perhaps this explains the name, electron cloud.It's important to understand that this obscurity isn't just a failure of imagination or a failure of technology. You can prove it mathematically, and verify that proof experimentally. It's not that we don't know the details of the electron's position and momentum, it's as if those details simply don't exist. They aren't real. Weird as it is, it's a literal fact of the universe that keeps the electrons bound to the proton.There's one other oddity that quantum mechanics bestows to the electron that's important to the physics of atoms. It's so important it has a name. It's called the Exclusion Principle and it says that no two electrons can share the same configuration at the same time. That's another deep statement with a lot of technical details, but its practical implications give rise to virtually all of chemistry.The exclusion principle means that each atom essentially has “slots” for individual electrons to fill. Typically, they fill in from lowest to highest energy. The more protons the nucleus has, the more slots for electrons the atom has to fill. Perhaps you learned about these slots in a chemistry class.Higher energy slots have slightly different shapes. Some have angular momentum. Some do not. It is these complicated shapes that allow electrons form bonds between atoms. But this is as this particle physics series, chemical bonds must be another story, for another time.

Sweat is this thing that many of us seem to loathe, but also pay a lot of money to do while being yelled at by professionals. So what is sweat? And why do we do it? And why are we often so embarrassed by it? This episode features writer Sarah Everts, who recently wrote a book called The Joy of Sweat: The Strange Science of Perspiration.

This month, Stereo Chemistry is sharing an episode of Orbitals that features an interview with forensic chemist Shari Forbes, an expert in human decomposition who studies the odors of decomposition at a body farm in chilly Quebec. Research at body farms—research facilities dedicated to studying what happens to human bodies after death—supplies law enforcement with valuable information about the process of decomposition in various scenarios.  A transcript of this episode is available at bit.ly/3jdvLFN. Find more stories from Orbitals on the American Chemical Society's website, acs.org, or wherever you listen to podcasts. Image credit: Courtesy of Orbitals/C&EN

In 2020, researchers discovered that more than 1,000 tons of plastic—that's over 100 million plastic water bottles worth—rains down on National Parks and wilderness in the western U.S. every year. How is that possible? This week's episode features microplastics researcher Imari Walker. Check out her YouTube channel here: https://www.youtube.com/channel/UCoiqwAaGW6-xANs3XOCO_Pg 

Sam Kean's latest book, The Icepick Surgeon: Murder, Fraud, Sabotage, Piracy, and Other Dastardly Deeds Perpetrated in the Name of Science, dropped earlier this week. It's about when knowledge becomes everything—the only thing. At whatever the cost. You'll hear about what made Sam want to write the book, and about a couple of the characters within its pages. You can find the book here: https://www.littlebrown.com/titles/sam-kean/the-icepick-surgeon/9781549102929/ 

A lot has happened in the last year (understatement of the millennium), so we wanted to bring our listeners something a bit sillier than usual. In this episode we're talking food and drink chemistry—just fun bits of trivia that you can take with you as you venture back out to bars and restaurants this summer. Sam's joined by Orbitals executive producer George Zaidan (as promised in the episode, you can see his hot pepper struggle here: https://www.youtube.com/watch?v=8R98O29Fs7s)  Featuring Matt Hartings, PhD and Selina Wang, PhD

Thank you so much for listening to today's PODCAST EPISODE.

Over half a million people in the US have died from an opioid overdose over the last 20 years, and a lot of the time they were prescribed those opioids by a doctor. So what makes these drugs so dangerous? And if we know they can be this dangerous, why are they still prescribed?  This month’s episode is about opioids—their history, their use, and the research that might help us emerge from this epidemic. Featuring opioid researcher Kelly Dunn, PhD

This chapter has been described from the book, "ORGANIC CHEMISTRY", written by Morrison and Boyd

Quantum hats on for this week's 'exciting' question! Listener Mejnun says: "I have learned at school that when an electron excites it jumps to another orbital around the nucleus. If an electron jumps an orbital you would expect that at that moment it can be found between the two orbitals. My teacher told me that this is never the case. I can not wrap my head around it. Does the particle just disappear in one orbital and appear in the other? Is this instant, is the particle in the other orbital the same? Can you please help me to understand this?" Phil Sansom asked physicist Ankita Anirban to... Like this podcast? Please help us by supporting the Naked Scientists

April 22nd is Earth Day, so this month’s episode is all about our warming planet--what the data are telling us about our planet's future, how scientists are working to find solutions to deal with it, and how you the listener can actually make a difference.     

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In today’s episode, we’re talking about life. What it is, how it started here on Earth, and how we’re trying to find it in other parts of the universe.  Featuring NASA astrobiologist Dr. Jason Dworkin and MIT astrophysicist Dr. Sara Seager.

Welcome back to the Revision Hub. This is the fourth episode based on the A Level Chemistry course. Make sure to follow us on your preferred podcast streaming platform and our Instagram page: the.revision.hub to be one of the first to hear new episodes released each Thursday

Dr. Steven Townsend is a professor of Organic Chemistry at Vanderbilt University, studying the chemistry of breast milk—what makes it so good for babies, and why that’s so hard to replicate in infant formula. Dr. Townsend’s interest in the field came from a personal experience he had almost a decade ago, walking around New York City with his pregnant wife and seeing inequalities in who was being marketed what information.

https://chemistrymadesimple.net/orbital/ (Atomic orbitals download) In this episode, I start by giving a definition of atomic orbitals. I talk about the different types and shapes, and explain that there are rules about which shell each orbital type can exist in. How many orbitals of each type? We talk about that too. https://chemistrymadesimple.net/episode/4 (Read more) ----------------------------------------------------------------------------------------------- Find out more about the https://my.captivate.fm/chemistrymadesimple.net/program (Chemistry Made Simple academy)  Contact me: Instagram https://www.instagram.com/chemistrymadesimple (@chemistrymadesimple) Email Matthew@ChemistryMadeSimple.net

Welcome to the first episode of Solutions, an Orbitals spin-off podcast for 2021! We need to move people and stuff around the globe, but the options we have to do that aren’t great for our planet, and we’re the ones who are going to feel those effects. We’re talking with experts who are trying to make transportation more sustainable with innovative solutions like temperature reducing paint and new materials to make cars lighter.  Solutions is hosted by Alex Dainis, PhD, produced by Mike Rugnetta and George Zaidan, and edited by Garrett Crow. Music and sound design by Michael Simonelli and fact checking by Michelle Boucher, PhD. The Solutions executive producer is Jason Oberholtzer.

Introducing Solutions, a fun new Orbitals spin-off podcast hosted by Dr. Alex Dainis. Every month of 2021, we'll be releasing an episode that will give you a front row seat to chemists in industry today—the work they do and how it can solve problems in our lives. We’ve teamed up with chemical companies from around the world to talk about everything from airplane paint inspired by eggplants to new drug delivery systems that can deposit medication only where it’s needed. Can't wait for you to listen!  

Web Novel Site : https://www.reddit.com/r/HFY/wiki/authors/AgroSquerril  If You enjoyed consider leaving a Tip : https://www.paypal.me/agrosquerril  OR Patreon : https://www.patreon.com/agrosquerrils    {TimeStamps} 00:00 Intro 00:32  Metal cylinders to fix a scorched earth 10:08  He Who Controls The Orbitals.mp3   Check Out the Podcasts!   Greetings Ladies and Mentlegents and welcome to my channel where I like to make LEGAL Audiobooks of various types from web novels and short stories. If you are new to the channel then click on the information icon for the entire playlist to help get you up to current faster. This Oneshot was Taken from the HFY subreddit which hosts mostly Sci-Fi based short stories called oneshots and series. As Always i hope you enjoy and can find some content on my channel you like. Feel free to recommend a series or a story and i will have a look into it. Email : Agrosquerrils@gmail.com  Twitter : https://twitter.com/agrosquerrils  Streamlabs : https://streamlabs.com/agrosquerrils  Discord : https://discord.gg/XeMwEqX  All Donation are welcome and much appreciated. Thank you all for listening and your support.   Youtube Playlist https://www.youtube.com/playlist?list=PLcfzFNUhrNS0-gdyOWx2JEqL14UrG6TTd   Older Content https://youtu.be/fowgtGAvHkQ https://youtu.be/zWGocaV_IZY https://youtu.be/7i-ZHYS49pA https://youtu.be/HpWVvsqJ1KU  https://youtu.be/HpWVvsqJ1KU https://youtu.be/JCKXm1EDRok https://youtu.be/BNaVMxzoVFw https://youtu.be/OmjCjkUQCnI https://youtu.be/Q5t17bHI7iE https://youtu.be/ScV_IBRSsEo https://youtu.be/jcTgerYbkZk https://youtu.be/jcTgerYbkZk https://youtu.be/GJDfBaga4zQ https://youtu.be/N9sMBEYKFWo https://youtu.be/CvOF1mbDWXI https://youtu.be/CvOF1mbDWXI  

A common misconception is that electrons orbit the nucleus of an atom, like a planet around the sun. Why is this wrong? What are atomic orbitals? Let’s learn to be scientifically conversational. For all references and supplemental information, you can navigate to ascienceshow.com.  

As of November 16, 2020, the COVID-19 pandemic has caused over 1.3 million deaths globally, more than 246,000 of which have been in the United States. Although this country has done very little to control the spread of this virus, there are people out there working tirelessly to get us back on track by developing and improving materials that protect us from the novel coronavirus. 

The only thing that's standing between life and lifelessness is about six feet of loose soil material covering the Earth.  In this episode of Orbitals, soil biogeochemist and political ecologist Dr. Asmeret Asefaw Berhe breaks down why soil is a key controller of our climate and essential for our existence.

Imagine buying mascara that makes you go blind, or picking up hair removal cream that causes your teeth to fall out. Before 1938 products like these were all over the place. Legally. The American Chamber of Horrors was a traveling exhibit, created by the FDA, that exposed these atrocities, and it helped push forward a law that changed consumer protection in the United States forever.  Want to see some of the products in the American Chamber of Horrors? https://www.fda.gov/about-fda/histories-product-regulation/american-chamber-horrors

This week we have a chat with Dennis Silin from startup Exodus Orbitals. We discuss the fastest stars in the galaxy and the super close ocean world that was there all along! Space Song playlist on Spotify bit.ly/spacesongs If you enjoy the show please go over to www.Patreon.com/Interplanetary and become a Patron or even a producer of the show. If you enjoy why not join the BIS at www.bis-space.com the oldest space advocacy organisation in the world. Subscribe on iTunes itunes.apple.com/podcast/id1097505801 Subscribe on Stitcher www.stitcher.com/podcast/interplanetary-podcast Hosts: Matt Russell and Jamie Franklin Music: Matt Russell / Iam7 Additional Narration: George Russell www.interplanetary.org.uk @interplanetypod

This week's rounds are Music (Connections), Orbitals, Musical Instruments, and History. The music is Eccentric Orbitals by Hawkins and Laury Renac.

This week's rounds are Music (Connections), Orbitals, Musical Instruments, and History. The music is Eccentric Orbitals by Hawkins and Laury Renac.

We’re each a big mush of chemicals surrounded by chemicals, and figuring out which of these chemicals are helpful, versus harmful, is complicated. Our executive producer, George Zaidan, takes on that challenge in his new book Ingredients: The strange chemistry of what we put in us and on us. I chat with him about some of what he found, and how he found it. Ingredients is on bookstore shelves now: https://www.penguinrandomhouse.com/books/599202/ingredients-by-george-zaidan/  

Forensic toxicologists are frequently portrayed in shows like CSI and Bones, but what do they actually do? In this episode our writer and host, Samantha Jones, PhD, chats with seasoned forensic toxicologist Robert Middleberg, PhD, as he recounts a case that has stayed with him for decades.

Right now our team’s focus has shifted to the COVID-19 pandemic. Our ACS and PBS Digital Studios series, Reactions, has become the priority and will be our way of getting coronavirus and COVID-19-related content out to the public. You can find our latest videos here: https://www.youtube.com/watch?v=K2pMVimI2bw&t= And follow us on social media: Twitter https://twitter.com/ACSReactions Instagram https://www.instagram.com/acsreactions/?hl=en Facebook https://www.facebook.com/ACSReactions/

This week Paul, Sean, Greg and Rossko tear through the weeks massive gaming news once again, with a hint of snark and a dollop of wisdom. Maybe. First up we look at the cancellation of E3 2020 and what it could mean for the future of the event. Will it come back at all next year? Should it just go digital and save damn near everyone the hassle of putting on the exhibition at all and does it really affect the people at home? All those questions pondered and dissected. We also look into the recent reports of some pretty brutal crunch over at Naughty Dog ahead of The Last of Us Part II's upcoming release and ask if it's ever a good idea. There's some differing thoughts regarding this and is well worth a listen. Sean also decides to get his rage on towards the PlayStation fanboys who smashed up their consoles regarding Horizon Zero Dawn coming to PC. He's not happy and nor should he be, you get what's coming to you GAMERS. Finally, Greg and Paul get excited about the possibility of Silent Hills returning with Kojima at the helm and we murder 'KeiferGate' once and for all. In Sean's indie corner we talk Orbitals and BFF Or Die, along with [REDACTED] from [REDACTED] [REDACTED]. Yeah, that one is very exciting. There's also a Grand Theft Auto Trivia Challenge. How far back does your knowledge of the biggest game franchise of all time go? Have a listen and find out. Enjoy the episode, see you for Ep.50! EXTERNAL LINKS: >  HERO UP GAMING - HELP FOR HEROES DONATION PAGE: https://givepenny.com/fingerguns_hero_up_twitch  KOTAKU NAUGHTY DOG CRUNCH: https://kotaku.com/as-naughty-dog-crunches-on-the-last-of-us-ii-developer-1842289962  J COOPER TWEET THREAD: https://twitter.com/GameAnim/status/1238199242256052224 | Theme Music - Don't Feel (So Low) - Mid-Air Machine. | Indie Corner Jingle written and produced by Sarah Finney | Podcast Edited and Produced by Ross Keniston | Published by Podbean.  http://www.fingerguns.net / Team: @FNGRGNS / Rossko - @RosskoKeniston / Paul - @ThePaulCollett / Greg - @GregatonBomb / Sean - @Omac_Brother / Facebook: FingerGunsUK / Twitch - twitch.tv/fingergunsdotnet / If you enjoyed this podcast or any of our content, please consider supporting our Patreon > http://www.patreon.com/fingerguns.

Early-1900s New York City was a place of utter chaos—a place where poisoners reigned supreme. That is, until a unique duo stepped in and started to win the long-fought battle between scientists and poisoners, creating the field of forensic toxicology in the process.  This episode, we'll dive into the history of poisoning, and stories that defined the Roaring Twenties.  

This week we chat with DC-based author Sam Kean about his most recent work: The Bastard Brigade, a book about a group of scientists and military commanders during World War II who were trying to stop the Nazis from creating an atomic bomb. In this episode, get ready to hear about some eccentric characters, sabotage, and--of course--chemistry. 

The parasitic roundworm Strongyloides stercoralis crawls through contaminated soil in search of one thing – human flesh. Often no more than a millimeter in size, it’s currently estimated to be hanging out in the intestines of over 300 million people worldwide. How it finds us has a lot to do with the chemicals we’re giving off. 

A screencast from Chapter 6 in CH 221 which looks at the types of orbitals found in atoms and how that affects electron composition. https://mhchem.org/221/classroom/zAudio/Ch07TypesOfOrbitals.mp4

On a body farm, scientists collect information from donated corpses to understand how things like weather and the positioning of a body will affect human decomposition. Why should we care? This knowledge is used to help law enforcement not only find the bodies of victims--who are often murdered--but figure out how they died. 

In the 1960s the drug thalidomide caused over 10,000 babies across the globe to be born with deformed limbs. Scientist Dr. Frances Oldham Kelsey blocked its production in the US, saving countless lives. But since then thalidomide has been approved by the FDA. Why? Today we tackle how thalidomide's chemistry caused a pharmaceutical disaster and why it's still around. You’ll hear from two researchers: one in the US and one in Brazil, a place where there are still cases of thalidomide embryopathy.

0:00:00 - Welcome to Round 40:07:44 - Introduction and Hand-off0:10:35 - Last Week's Game NightIndonesia (0:12:05)0:18:10 - The NewsNew Board Game Mechanics on BGG (0:16:51)Building Blocks of Table Top Design: An Encyclopedia of Mechanisms (0:17:55)Tilt 5 Augmented Reality Table Top Gaming Simulator (0:18:37)Oculus Catan (0:19:45)Tapestry Reviews (0:21:18)Parks (0:21:49)Tokkaido, Wingspan, Splendor, AzulSidereal Confluence New Art Package (0:24:11)Traders of Genoa, Chinatown, I'm the BossDice and Ink Book of Roland Wright Games (0:29:19)Lost at Sea, Celestial Stories, On Tour, Welcome To, Gun Shun CleverChu Han Kickstarter, A Tom Lehman Departure (0:30:45)Race for the Galaxy, Rez ArcanaNew Frontiers: Starry Rift (0:32:40)Res Arcana: Lux et Tenebrae (0:34:31)Marco Polo II (0:35:32)Brass Birmingham, Brass Lancashire, Hanse Teutonica, AnticaNew Clue Movie (0:39:38)Conversations at the Washington Library - Situation Room: Washington's Cabinet (0:41:04)0:41:50 - Games on the BrainNemo's War (0:42:47)Diplomacy (0:46:26)18xx (0:48:49)Orbitals* (0:50:45)ADA*0:52:09 - 8X8 ChallengePax Games, Splotter Games0:56:06 - Lorenzo Il Magnifico ReviewCoimbra, Grand Austria Hotel, Barrage, NewtonGreat Western Trail, Princes of FlorenceLorenzo Il Magnifico Digital on Steam (1:26:50)Through the Ages1:32:13 - Tom and Matt's Old School SegmentLegends of ZeldaBattlestar Galactica (1:37:53)Pit (1:46:27)1:49:22 - Game SommelierMysterium, Santorini, Hunt for the Ring, Fury of Dracula: Letters from Whitechapel (1:50:31)

Amphetamines have a troubled past that has carried into the present, but they can also greatly improve some people’s lives. This week on Orbitals, we’re asking: What do amphetamines do to our bodies? How are they used in medicine? And when did they become so prevalent in society? Written and hosted by Samantha Jones, PhD 

Zoë becomes a shell of her former self when she takes on electron shells & orbitals for your NY Regents Physical Setting/Chemistry exam! (That's just a joke, can't think of anything more empowering than electrons in all honesty...) Subscribe for more videos! For more info visit: https://www.senecaprep.com/ or check out the (free!) course at http://bit.ly/2MuQ01M *********************************************************************** Want more? Check us out on: Youtube: https://www.youtube.com/channel/UC6LP... Twitter: https://twitter.com/seneca_prep Instagram:https://www.instagram.com/seneca_test... Facebook: https://www.facebook.com/senecaprep/

We need antibiotics, we rely on them. Much of humanity has survived because of them. But they could also lead to our demise if we’re not careful. Antibiotic resistance isn’t some far-off threat, it’s already a part of our guts and our society, and it’s not going away.  This week on Orbitals join host Samantha Jones, antimicrobial drug discovery researcher Dr. Peg Riley, and Chemical and Engineering News reporter Kerri Jansen to learn about how scientists are trying to tackle antibiotic resistance, and the power that we hold as consumers.  Written and hosted by Samantha Jones, PhD

Today the Periodic Table is nicely filled out with 118 elements, but don’t be fooled--the search is on for element 119. The question is, do we have the tools to discover it? And, if we do, what might it be like? In this episode of Orbitals, we celebrate the International Year of the Periodic Table by chatting about the exciting possibilities with IUPAC executive director Dr. Lynne Soby and researcher Dr. Dawn Shaughnessy, who has five elemental discoveries on her CV. Written and hosted by Samantha Jones, PhD 

We sat down for a conversation with Dr. Frances Arnold, 2018 Nobel laureate in chemistry for the directed evolution of enzymes. We asked how one rises to such eminent heights, and got answers spanning topics from the price of gas during the Carter administration to whether to pursue a career in diplomacy. Don't miss this one -- Dr. Arnold is the most fascinating person we've ever met.

Many great minds have contemplated the question of how to get to Mars. In this episode of Orbitals, we learn how to get back home. With guest Jerry Sanders, we talk about how NASA plans to turn resources it finds in space into rocket fuel to power its exploration of the solar system.

When you find yourself in a universe (or franchise) that's constantly expanding, filled with horrifying zombie aliens, a religious war, and ancient alien technology (and even more ancient-er aliens)... it's time to sit back, read a million books, and learn about the lore, universe, and fandom of Halo! ...And we couldn't be in better hands as Krysta of [Halo: Podcast Evolved](https://www.halopodcastevolved.com/) guides us through the vast lore that is in store! ## Episode Outline ### Fandom Facts **History and Origins:** > Halo is a military science fiction first-person shooter video game franchise created by Bungie and now managed and developed by 343 Industries, a subsidiary of Microsoft Studios. The series centers on an interstellar war between humanity and an alliance of aliens known as the Covenant. The Covenant, led by their religious leaders called the Prophets, worship an ancient civilization known as the Forerunners, who perished in combat with the parasitic Flood. The central focus of the franchise builds off the experiences of Master Chief John-117, one of a group of supersoldiers codenamed Spartans, and his artificial intelligence (AI) companion, Cortana. Other characters, such as Noble Six from Halo: Reach, are also introduced in the series. The term "Halo" refers to the Halo Array: a group of immense, habitable, ring-shaped superweapons that were created by the Forerunners to destroy the Flood. They are similar to the Orbitals in Iain M. Banks' Culture novels, and to a lesser degree to author Larry Niven's Ringworld concept. > > — [Wikipedia - Halo (franchise)](https://en.wikipedia.org/wiki/Halo_(franchise)) The game franchise has been running since 2001, and in that time over 65 million copies of the 13 games have been sold, grossing almost $3.4 billion (not counting the books, comics, live action films and miniseries, and anime). **Search Data:** By search data, [interest in the Halo franchise has been on a slow decline](https://trends.google.com/trends/explore?date=all&q=%2Fm%2F04h6hv,%2Fm%2F0128442n,%2Fm%2F026wy8d). Comparing to other first-person shooters, it's possible that this is in part due to more competition. Interest in the game mostly spikes around the release of new games. The top countries for Halo, by search volume, are as follows: Mexico, Columbia, United States, Australia, Canada, Guatemala, New Zealand, Panama, Puerto Rico, United Kingdom. **Fan Demographics:** This week, we have an assortment of data from different sources. The most comprehensive we found was this survey from [r/halo](https://www.reddit.com/r/halo/comments/1wwgas/halo_a_demographic_survey/) with over 1300 results: - _Gender_: Mostly male (96.2%; female 3.8%) - _Age_: Mostly 18-24 (61.8%); 15-17 (22%); 25-34 (14%) - _Employment_: Mostly students (51%); Employed full-time (22.1%); Employed part-time (13.7%) - _Ethnicity_: Mostly white / caucasian (79%); Spanish / Hispanic / Latino (6.7%); Asian (4.6%) - _Marital Status_: Mostly single, never married (86.7%); Living with partner (6.2%); Married (5.2%) Regarding age data, there is this thread from the [Halo Waypoint forums](https://www.halowaypoint.com/en-us/forums/90a6869bcf944c54a17102ac9e31da1a/topics/average-age-of-halo-players/395d83dd-0491-4ea4-867c-ae4966e637d0/posts) (number of participants is not stated): - 1% - Child (5-8) - 3% - Young Teen (9-13) - 41% - Teenager (14-19) - 41% - Young Adult (20-29) - 13% - Adult (30-64) - 1% - Senior (65+) And a different source, [T3CHNOCIDE's Demographic Survey Results](http://halo.wikia.com/wiki/User_blog:T3CHNOCIDE/Demographic_Survey_Results) (over 250 respondents), which seems to corroborate age and gender data: - _Age_: Mostly 14-17 (50%); 18-21 (25%); 22-30 (12.5%) - _Gender_: Mostly male (90%); other / no answer (7.5%); female (2.5%) **Fanac Fast Facts:** - Archive Of Our Own has [over 600 works related to Halo](https://archiveofourown.org/tags/Halo%20(Vide

In this episode, we try to track down the chemical underpinnings of pine mouth syndrome: a persistent bitter taste some people experience after eating pine nuts. But despite searching everywhere from the species of pine tree to our own genes, the cause remains elusive.

This week we got pushed back a bit, so we're releasing a little side episode from Kevin's side show, Orbitals. Sit back, relax, and enjoy, Orbitals episode one: The Shanghai Club. Written Directed and Performed by Kevin Hardin

That expiration date on your pill bottle or nasal spray or autoinjector doesn’t mean exactly what you think it means. Join Alexa Billow in her quest to discover what those numbers actually tell you. Music in this episode: Shines Through Trees, Blammo, Blanks, Chimera, Curious, Floating 1045, Lola, SilverSilver, Smack 1069 (all from Podington Bear)

"The Shanghai Club" written and preformed by Kevin Hardin a Foxloon Fawn production recorded live at the Antagonist Sound Studio, Danvers MA "where did your memories go?"

The year is 2070. The world is ravaged by climate disasters, class division and war. From a devastated countryside and nations swallowed by the ocean a flood of refugees pours in to the bustling mega-cities. They become part of the kaleidoscope of subcultures that are constantly fighting to assert themselves in the overwhelming media buzz. Automatization and AI bring prosperity to a new genetically modified social elite while the masses accept a corporately sponsored universal basic income and stream artificial happiness straight from the Layers right in to their optical nerves. The System, a symbiosis of AI-controlled corporations and states surveils and herds the masses to the temple of mass consumption. But in a world where everything is connected, hacking has become a new form of magic. The movement Anon is linked together through darknets where the System is beginning to be turned against itself. It doesn’t matter if your posse is made up of tech-savvy Anons, the Nomo environmental radicals, spaced out Orbitals, hardened Krims or glamorous nymphets. The world is anyways rushing towards collapse… or towards a new post-singularity paradise. Neotech Edge is being Kickstarted (Swedish only currently) right now and you can make your pledge here https://www.kickstarter.com/projects/helmgast/neotech-edge-reboot-av-det-klassiska-cyberpunk-rol Adventure: Rentacops, Neotech Edge. Part 2 of 2. Music by: protoU, album "The Edge of Architecture" Web: https://www.redmoonroleplaying.com iTunes: http://apple.co/2wTNqHx Android: http://bit.ly/2vSvwZi Youtube: http://bit.ly/2wL2rLv RSS: http://www.redmoonroleplaying.com/podcast?format=rss Patreon: https://www.patreon.com/RedMoonRoleplaying

Dylan von Kleist is the Marketing Manager at Rupes USA in Longmont, Colorado. He’s been in the automotive detailing industry for over 19 years holding positions including product development, operations, public relations, communications, and he owned his own successful detailing businesses well. Rupes is an Italian company with a 70 year history of designing and producing the finest in innovative machine tools and their reputation in the automotive surface care sector is world renown. Rupes just built and opened a facility in the United States as they continue to grow in the marketplace. Dylan has put his mark on numerous businesses in the detailing industry over his career and truly enjoys elevating the industry as both a professional within its various organizations as well as being a regular provider of commentary on the social/ethical dilemmas facing the rapidly changing professional detailing landscape. 

Topics: Molecular Orbital Theory: Homonuclear Molecules with MOs Originating from s Orbitals, Homonuclear Molecules with MOs Originating from s and p Orbitals, Heteronuclear Diatomic Molecules

Topics: Wavefunctions (Orbitals) for the Hydrogen Atom; Shape and Size of S and P Orbitals; Electron Spin and the Pauli Exclusion Principle

Topics: d-Block Metals or Transition Metals; Coordination Complexes (Chelate Effect, Shapes, Isomers); d-Orbital Counting and d-Orbitals

We tour the periodic table - the 'map' of the atoms If you're looking for the show notes for episode 6, click here. Sorry about the mistake! This is your brain on podcasts...podcasts are good! (The New York Times) Our Strange Attractor website The Overcast podcast player is great & free...get it! (Overcast) Boris Becker (Bio) The periodic table - how atoms are organised (ptable.com) Dimitri Mendeleev & the periodic table (Royal Society of Chemistry) The magnetic periodic table of swear words (Amazon) True nerds name their devices/servers according to a theme (Naming Schemes) Mendeleev's predicted elements (Wikipedia) Arrangement of the elements (BBC) What is atomic mass? (Encyclopaedia Britannica) What is atomic weight? (Encyclopaedia Britannica) The atomic masses of tellurium & iodine are anomalies (BBC) B&Q Bunnings Home Depot Turning lead into gold is too much effort (Scientific American) Turning lead into gold is too much effort (Chemistry Explained) But...medieval alchemy paved the way to chemistry (Wikipedia) What is an electron? (Chem4Kids) Number of electrons = number of protons in the nucleus (Jefferson Lab) The 'solar system' atom diagram & electron shells (CIR Rm.6) Atoms like to have full outer shells...apparently it makes them 'happy' (The Science Forum) Bonding diagrams of simple things like water (BBC) Simple animation of H2 and H2O electron sharing (BBC) Electrons in the shells of the first 20 elements (BBC) An atom can have more or less electrons than protons - then it's 'charged' (Physics Classroom) Electron shells are divided up into orbitals (Wikibooks) Electron configurations listed on the periodic table (Chemical Elements) Row 1 of the periodic table is called 'period 1': 1 shell with 0-2 electrons (Wikipedia) Row 2 of the periodic table is called 'period 2': 2 shells, outer shell 0-8 electrons (Wikipedia) Lithium: first shell full, 1 electron in 2nd outer shell (BBC) Number of electrons in the 1st, 2nd, 3rd etc. outer shells (Wikipedia) What is a chemical reaction? (Encyclopaedia Britannica) What is chemistry (& physics)? (About Education) What is physics? (Physics.org) Lithium, sodium & potassium react with water (YouTube) What happens when you throw a lump of sodium in a river? (Digg) Making table salt: sodium + chlorine reaction (Digg) Neon has 8 electrons in its outer shell so it's full (BBC) Elements in the vertical columns of the periodic table have similar properties because they have the same number of electrons in their outer shell (Boundless) When you go down a row ('period'), you add an electron shell (Chem4Kids) Sodium: 1st & 2nd shells full, 1 electron in 3rd outer shell (BBC) Chlorine has 7 electrons in its 3rd (outer shell) - it wants 1 more to feel complete (BBC) Table salt & its ionic bonding (NaCl) (GCSE Science) Johnny's @ate_a_boiledegg account hasn't really taken off yet (Twitter) Sodium's symbol (Na) comes from the Latin word for sodium carbonate, 'natrium' (Jefferson Lab) Lead's symbol (Pb) comes from the Latin word for liquid silver, 'plumbum' (WebElements) What is a salt? (Wikipedia) Potassium: 1st, 2nd, 3rd shells full, 1 electron in 4th outer shell (BBC) Potassium bromide (KBr) is also a salt - formerly used as an anticonvulsant (Wikipedia) What is methane? (Science is fun) Why do we need salt? (The Naked Scientists) What is solubility? (Wikipedia) When things dissolve in water it's called an 'aqueous solution' (Wikipedia) Physicists often wonder "What would happen if the laws of physics changed?" (The Nature of Reality) Are there other universes with other laws? (The Daily Galaxy) "In search for alien life - follow the water" (Space.com) "Could alien life exist in the methane habitable zone?" (Space.com) Saturn's moon, Titan, has lakes of liquid methane and ethane (Wikipedia) So far, the periodic table seems to work across the universe (Hayden Planetarium) The 'nucleosynthesis periodic table' shows what kind of stars made each element (Wikipedia) Once you're in the 80s & 90s in the periodic table, things get a bit unstable (Wikipedia) What is radioactive decay? (NDT Resource Center) What is uranium? (Jefferson Lab) Uranium the movie (GenePool Productions) What is plutonium? (Jefferson Lab) Uranium eventually turns into lead after spitting out enough protons & energy (Wikipedia) The 3 types of radiation - alpha, beta & gamma (BBC) After 92 (uranium), the elements are all manmade (Jefferson Lab) The 'transfermium elements' (past 100) only exist for seconds (Chemistry Explained) "Superheavy element 117 points to fabled 'island of stability' on periodic table" (Scientific American) Systematic element name: the temporary name given to a newly-made or not-yet-made element (Wikipedia) The periodic table's 4 new elements - ununtrium, ununpentium, ununseptium and ununoctium - are just placeholder names (Compound Interest) When Mendeleev published the first periodic table in 1869, he had to leave predictions/gaps for the future (Wikipedia) Marie Curie wasn't born until 1867, just when the periodic table was invented (Nobelprize.org) Mendeleev died in 1907, so he enjoyed his periodic table for 38 years (Wikipedia) Is that Mendeleev on the cover of Jethro Tull's Aqualung?? (Wikipedia) How are elements grouped? aww the 'poor metals' (Los Alamos National Laboratory) Mendeleev apparently dreamt the periodic table! (Wikipedia) "How one scientist dreamt up the periodic table" (Curiosity) What's in a periodic table dream? (Dreaminterpretation Dictionary) The ye olde 1871 periodic table (Wikipedia) The periodic table was invented before we knew about electrons (Encyclopaedia Britannica) Other scientists contributed, or got close, to inventing the periodic table (Royal Society of Chemistry) Lanthanides & actanides (Los Alamos National Laboratory) Let's draw Feynman diagrams! (Quantum Diaries) Quantum calculations are haaaard - here's a paper called "Accurate Atomic Transition Probabilities for Hydrogen, Helium, and Lithium" (National Institute of Standards and Technology) Fancy a radon bath? (PubMed: Dose Response. 2006; 4(2): 106–118) Marie Curie died of the radiation (BBC) Marie Curie's notebooks are still radioactive (Open Culture) Radox Corrections The most common form of hydrogen has 1 proton, 1 electron & NO neutrons (Chemical Elements) HOWEVER...deuterium, another form of hydrogen, has 1 neutron (Wikipedia) In 'covalent' bonds, electrons are shared by atoms (e.g. H2O) (Virtual Chembook) In 'ionic' bonds, electrons are transferred between atoms (e.g. NaCl) (Virtual Chembook) NASA thinks the moon MAY have water - 6 billion tonnes of water ice (NASA) Unobtanium isn't real yet Johnny (Daily Galaxy) Cheeky review? (If we may be so bold) It'd be amazing if you gave us a short review...it'll make us easier to find in iTunes: Click here for instructions. You're the best! We owe you a free hug and/or a glass of wine from our cellar

Introduction to Solid State Chemistry is a freshman (first-year) class on the principles of chemistry, with an emphasis on solid-state materials, and their application to engineering systems.

5.112 is an introductory chemistry course for students with an unusually strong background in chemistry. Knowledge of calculus equivalent to 18.01 is recommended. Emphasis is on basic principles of atomic and molecular electronic structure, thermodynamics, acid-base and redox equilibria, chemical kinetics, and catalysis. The course also covers applications of basic principles to problems in metal coordination chemistry, organic chemistry, and biological chemistry.

Halo is a best-selling military science fiction first-person shooter video game franchise created by Bungie and now managed and developed by 343 Industries, a subsidiary of Microsoft Studios. The series centers on an interstellar war between humanity and a theocratic alliance of aliens known as the Covenant. The Covenant, led by their religious leaders called the Prophets, worship an ancient civilization known as the Forerunners, who perished in combat with the parasitic Flood. The central focus of the franchise builds off the experiences of Master Chief John-117, one of a group of supersoldiers codenamed Spartans, and his artificial intelligence (AI) companion, Cortana. Other characters, such as Noble Six from Halo: Reach, are also introduced in the series. The term "Halo" refers to the Halo rings: large, habitable structures that were created by the Forerunners to destroy all sentient life. They are similar to the Orbitals in Iain M. Banks' Culture novels, and author Larry Niven's Ringworld concept.--- This episode is sponsored by · Anchor: The easiest way to make a podcast. https://anchor.fm/app--- Send in a voice message: https://anchor.fm/southarcadia/messageSupport this podcast: https://anchor.fm/southarcadia/support

Chemistry 1. Atomic models (Rutherford, Bohr, De Broglie) and orbitals (where electrons reside).

Video 7: Orbitals and the Auf Bau Principle introduces students to the concept of orbitals, energy sub-levels in the principal quantum energy levels and the fine structure of electronic configurations. Students will be able to produce electronic configurations for atoms using the Auf Bau principle, in which electrons fill orbitals in order of increasing energy.

http://webs.anokaramsey.edu/aspaas/2061/video/15.2%20Molecular%20orbitals%20of%20benzene-0.m4v Fri, 21 Jan 2011 03:04:06 -0600 Higher Education

sp Hybrid orbitals; Structure of acetylene

Structure of ethylene; sp2 Hybrid orbitals; C=C double bond

Orbitals

A screencast from Chapter 6 in CH 221 which looks at the types of orbitals found in atoms and how that affects electron composition.

As the first case ever studied with high - resolution spectroscopy for odd-N nuclei in the second potential minimum, the fission isomers in 237Pu (t1/2 = 110ns/1.1 μs) were investigated using the 235U(alpha,2n) reaction with a pulsed alpha beam (Ealpha =24 MeV, Deltat=400 ns) from the Cologne Tandem accelerator. A metallic 235U target (3.7 mg/cm2)was used, where the 237Pu reaction products were stopped and fission products were emitted in opposite directions. The rare gamma-rays from the second potential well in delayed coincidence with fission products were measured with the MINIBALL spectrometer. The identified level scheme will be presented and compared to single - particle calculations allowing for the first time an identification of the Nilsson quantum numbers. The identification of Nilsson orbitals will provide an important input for the validation and improvement of theoretical nuclear models and will lead to improved predictions for fission barriers and their extrapolations to neutron-rich heavy elements in the mass region of the r-process path of the astrophysical nucleosynthesis.

5.112 is an introductory chemistry course for students with an unusually strong background in chemistry. Knowledge of calculus equivalent to 18.01 is recommended. Emphasis is on basic principles of atomic and molecular electronic structure, thermodynamics, acid-base and redox equilibria, chemical kinetics, and catalysis. The course also covers applications of basic principles to problems in metal coordination chemistry, organic chemistry, and biological chemistry.

Introduction to chemistry, with emphasis on basic principles of atomic and molecular electronic structure, thermodynamics, acid-base and redox equilibria, chemical kinetics, and catalysis. Introduction to the chemistry of biological, inorganic, and organic molecules.

When you find yourself in a universe (or franchise) that's constantly expanding, filled with horrifying zombie aliens, a religious war, and ancient alien technology (and even more ancient-er aliens)... it's time to sit back, read a million books, and learn about the lore, universe, and fandom of Halo! ...And we couldn't be in better hands as Krysta of [Halo: Podcast Evolved](https://www.halopodcastevolved.com/) guides us through the vast lore that is in store! ## Episode Outline ### Fandom Facts **History and Origins:** > Halo is a military science fiction first-person shooter video game franchise created by Bungie and now managed and developed by 343 Industries, a subsidiary of Microsoft Studios. The series centers on an interstellar war between humanity and an alliance of aliens known as the Covenant. The Covenant, led by their religious leaders called the Prophets, worship an ancient civilization known as the Forerunners, who perished in combat with the parasitic Flood. The central focus of the franchise builds off the experiences of Master Chief John-117, one of a group of supersoldiers codenamed Spartans, and his artificial intelligence (AI) companion, Cortana. Other characters, such as Noble Six from Halo: Reach, are also introduced in the series. The term "Halo" refers to the Halo Array: a group of immense, habitable, ring-shaped superweapons that were created by the Forerunners to destroy the Flood. They are similar to the Orbitals in Iain M. Banks' Culture novels, and to a lesser degree to author Larry Niven's Ringworld concept. > > — [Wikipedia - Halo (franchise)](https://en.wikipedia.org/wiki/Halo_(franchise)) The game franchise has been running since 2001, and in that time over 65 million copies of the 13 games have been sold, grossing almost $3.4 billion (not counting the books, comics, live action films and miniseries, and anime). **Search Data:** By search data, [interest in the Halo franchise has been on a slow decline](https://trends.google.com/trends/explore?date=all&q=%2Fm%2F04h6hv,%2Fm%2F0128442n,%2Fm%2F026wy8d). Comparing to other first-person shooters, it's possible that this is in part due to more competition. Interest in the game mostly spikes around the release of new games. The top countries for Halo, by search volume, are as follows: Mexico, Columbia, United States, Australia, Canada, Guatemala, New Zealand, Panama, Puerto Rico, United Kingdom. **Fan Demographics:** This week, we have an assortment of data from different sources. The most comprehensive we found was this survey from [r/halo](https://www.reddit.com/r/halo/comments/1wwgas/halo_a_demographic_survey/) with over 1300 results: - _Gender_: Mostly male (96.2%; female 3.8%) - _Age_: Mostly 18-24 (61.8%); 15-17 (22%); 25-34 (14%) - _Employment_: Mostly students (51%); Employed full-time (22.1%); Employed part-time (13.7%) - _Ethnicity_: Mostly white / caucasian (79%); Spanish / Hispanic / Latino (6.7%); Asian (4.6%) - _Marital Status_: Mostly single, never married (86.7%); Living with partner (6.2%); Married (5.2%) Regarding age data, there is this thread from the [Halo Waypoint forums](https://www.halowaypoint.com/en-us/forums/90a6869bcf944c54a17102ac9e31da1a/topics/average-age-of-halo-players/395d83dd-0491-4ea4-867c-ae4966e637d0/posts) (number of participants is not stated): - 1% - Child (5-8) - 3% - Young Teen (9-13) - 41% - Teenager (14-19) - 41% - Young Adult (20-29) - 13% - Adult (30-64) - 1% - Senior (65+) And a different source, [T3CHNOCIDE's Demographic Survey Results](http://halo.wikia.com/wiki/User_blog:T3CHNOCIDE/Demographic_Survey_Results) (over 250 respondents), which seems to corroborate age and gender data: - _Age_: Mostly 14-17 (50%); 18-21 (25%); 22-30 (12.5%) - _Gender_: Mostly male (90%); other / no answer (7.5%); female (2.5%) **Fanac Fast Facts:** - Archive Of Our Own has [over 600 works related to Halo](https://archiveofourown.org/tags/Halo%20(Vide