Podcasts about mendeleev

Gli Aneddoti del Lunedì è una rubrica che prevede l'uscita di brevi podcast aneddoti il lunedì mattina alle 7, per cominciare la settimana bene ma non benissimo.Prodotta dall'Ass. Culturale Atelier.Scritta e realizzata da Alan Zamboni.Sound design: Matteo D'Alessandro (https://www.matteodalessandro.com)Per chi volesse info sul libro “L'atomo sfuggente” questo è il link al sito della casa editrice: https://www.mondadori.it/libri/latomo-sfuggente-alan-zamboni/Il romanzo è disponibile in tutte le librerie e gli store onlinePer sostenerci: https://associazioneatelier.it/Per sostenere il progetto dedicato alla scienza a Berlino:https://associazioneatelier.it/in10cities/Per contatti: associazioneatelier@gmail.comPer donare ad Atelier APS (iscritta al RUNTS - terzo settore) il 5 per mille: CF = 98181440177

En el nuevo episodio de “Lo Misterioso”, Javier Sierra nos invita a viajar hasta Cádiz, una ciudad bañada por la luz y la leyenda. Allí conoceremos la fascinante historia de Pelayo Quintero Atauri, arqueólogo visionario que dedicó su vida a una obsesión: encontrar el sarcófago femenino que debía acompañar al hallazgo fenicio descubierto en el puerto gaditano en 1887. Años después de su muerte, el destino —o quizá algo más— le dio la razón: la pieza que buscaba fue hallada justo bajo su dormitorio. A partir de este suceso, Sierra y Alberto Guzmán reflexionan sobre la delgada línea que une los sueños, la inspiración y lo inexplicable: desde Mendeleev y la tabla periódica, hasta Arthur Conan Doyle y sus visiones nocturnas. Una noche para dejarse llevar por los enigmas del sueño, la arqueología y la mente humana, con el sello inconfundible de Javier Sierra. https://www.edenex.es

Relax with this calm bedtime reading about the periodic table, perfect for sleep and easing insomnia. Drift off as you learn about the history, structure, and significance of this fundamental tool in chemistry. In this gentle episode, we explore how the periodic table organizes elements, the contributions of scientists like Mendeleev, and the properties that define each group. Benjamin's soothing voice guides you through the facts in a peaceful, thoughtful tone—no whispering, no hypnosis, just calm education to help you relax and unwind. This episode is ideal for relieving stress, anxiety, and sleepless nights. Press play, get cozy, and let your mind settle. Happy sleeping! Read with permission from Periodic table, Wikipedia (https://en.wikipedia.org/wiki/Periodic_table), licensed under CC BY-SA 4.0. Learn more about your ad choices. Visit megaphone.fm/adchoices

Materials science has always balanced on the twin pillars of observation and abstraction—from the alchemists' crude recipes to today's AI-driven materials design. In this talk, we begin by revisiting the pre-quantum era, when early chemists grappled with the nature of elements and compounds, and examine how Mendeleev's periodic table first imposed order on the chemical world. We then show that what underpins this table is the surprising power of integers and discrete mathematics—why you can't “slip in” between whole numbers—and trace how that insight underlies quantum mechanics, blurring the boundary between chemistry and physics. Building on these foundations, we survey modern families of functional materials—superconductors, antiferromagnets, charge-density waves, high-temperature superconductors, and semiconductors—and ask what makes them uniquely useful, from microchips to maglev trains. Just as Mendeleev used patterns to predict new elements, we discuss the quantum strategies for classifying the much larger set of materials, formed by these elements, today—introducing topology and topological invariants, showing how band-structure integers classify phases of matter. We highlight online databases that catalog these discoveries. Finally, we look ahead to how machine learning and artificial intelligence, guided by our new periodic table of materials, are revolutionizing the search for novel compounds, ushering in a new era of predictive materials discovery.

The Foundation plays god with unstable elements, harnessing SCP-2046, Mendeleev's Nightmare... until the chaos becomes a little too intense. Comments? Join our discord at https://discord.gg/mqbYZSxZHc. Email us at vaultveritas@gmail.com. Or check out our BlueSky!

E' collassato su se stesso il capannone coinvolto ieri in un vasto incendio con esplosioni in serie. A ventiquattr'ore dal fatto dell'edificio, dove venivano stoccati accumulatori e batterie al litio, rimangono in piedi solo le mura perimetrali. L'Arpav ha escluso l'inquinamento dell'aria

Campionamenti dell'aria sottovento da parte di Arpav dopo l'incendio che ha fatto esplodere il deposito di batterie al litio della Mendeleeev in zona industriale a Trissino: si attendono gli esiti delle analisi. Intanto nelle acque della zona non è stata rilevata alcuna criticità.

Send us a Text Message.Prepare yourself for an emotional rollercoaster as we kick off this riveting episode with a deeply moving update on the recent Jasper, Alberta forest fire and the unfortunate loss of the beloved Jasper Veterinary Clinic. We transition into the fascinating realm of chemistry, unveiling a revolutionary technique that might just add a super heavy element to the periodic table. Chris and I reveal our favorite elements, sparking a lively conversation about Mendeleev's enduring legacy and the relentless evolution of chemical science.Dog owners, this one's for you. We break down groundbreaking research from the University of California Davis on the health impacts of neutering dogs, revealing how breed-specific timing can be crucial. Larger breeds like Golden Retrievers and German Shepherds face increased risks of joint disorders and cancers, while smaller breeds like Shih Tzus fare differently. We provide detailed insights into how these findings affect popular breeds and emphasize the need for tailored recommendations rather than a one-size-fits-all approach.Our conversation with media expert Dr. Kyle Stanley takes us through the transformative power of social media and internet culture. From the rise of memes as a cultural touchstone to the influence of social media influencers, we explore how digital platforms shape societal norms and consumer behaviors. Don't miss our light-hearted adventure stories from Quebec and a charming pet tale about a quirky miniature Schnauzer named Duke. This episode offers a unique blend of scientific knowledge, heartfelt stories, and entertaining anecdotes that you won't want to miss.Red Cross For JasperDr. Stanley on TwitterBunsen and Beaker Links to support us!Join the Paw Pack!Our Website!www.bunsenbernerbmd.comSign up for our Weekly Newsletter!Bunsen and Beaker on Twitter:Bunsen and Beaker on TikTok:Support the Show.For Science, Empathy, and Cuteness!Being Kind is a Superpower.https://twitter.com/bunsenbernerbmd

The Periodic Table we've all seen in chemistry books and classes is not always the way it was, nor the way it must always be. In this episode we explore all kinds of periodic representations of the properties of elements, from Mendeleev's first published table in 1869, through wide and narrow tables, and spirals. There are even three-dimensional "tables," from helices to submarines, corners of walls, globes, pyramids, and tiles. My Patreon subscribers can download a supplemental sheet with a few samples of periodic tables which I discuss.Support the show Support my podcast at https://www.patreon.com/thehistoryofchemistry Tell me how your life relates to chemistry! E-mail me at steve@historyofchem.com Get my book, O Mg! How Chemistry Came to Be, from World Scientific Publishing, https://www.worldscientific.com/worldscibooks/10.1142/12670#t=aboutBook

Adam creates a hypnosis session based on thought experiments, dreams or imagination that lead to real-life impact. Adam recreates the Einstein thought experiment that was the catalyst for the groundbreaking theory of relativity.  This is the poem Adam uses in this session: Thought and Light In the realm of thought and light, Einstein rode, a beacon bright,   Across the cosmos' endless night, where time and space did intertwine.   With light as steed, he broke the bind,   Revealing truths for all mankind,   A universe, by relativity defined. In a box, both dark and stark, Schrödinger placed a quantum mark,   A feline shrouded in the dark, alive and dead, its fate unsealed.   Observation's power revealed,   Quantum states, no longer concealed,   A paradox, in mystery veiled. From an apple's simple fall, Newton saw the rule that calls,   Gravity, that binds us all, a force unseen yet felt by each.   From the earth to apple's reach,   A universal law he'd teach,   Uniting sky and ground in speech. In ancient baths, so tales recount, Archimedes had his fount,   "Eureka!" rang his joyful shout, buoyancy's secret he did find.   Water's embrace, gentle and kind,   A principle, through insight mined,   In simple acts, great truths aligned. In dreams of night, with elements aligned, Mendeleev's vision shined,   A table of a grand design, where elements found their rightful place.   Predicting natures yet to grace,   The world of science, in embrace,   A dream that time could not erase. Kekulé, in slumber's grip, saw a serpent's tail it did nip,   A ring of carbon, bond and tip, the structure of benzene unveiled.   In dreams where logic had not failed,   A chemical bond, in sleep assailed,   A cyclic dance, in dreams regaled. Feynman's diagrams, lines in sand, sketched by a keen and guiding hand,   Particles at his command, in interactions mapped so clear.   A visual symphony, to hear   With eyes of mind, devoid of fear,   The quantum world, brought ever near. Hawking gazed into the night, where black holes swallowed light in flight,   Yet from their grasp, a wondrous sight – a radiation, faint and slight.   From nothingness, a spark of light,   A theory taking flight,   In blackness, Hawking found the bright. Tesla's vision, clear and strong, of currents flowing swift along,   In dreams where innovation thronged, an alternating path he saw.   Electricity, without flaw,   A world lit up in awe,   From visions that the mind foresaw. In helix form, DNA, where life's secrets quietly lay,   Watson and Crick found the way, a model of life's spiral stair.   Bases paired with utmost care,   A structure, elegant and fair,   In double helix, life's affair. In verses woven, tales are told, of minds that dared to break the mold,   With thoughts and dreams, both brave and bold, they charted paths unknown before.   Through imagination's door,   They ventured, seeking more,   In thought experiments, wisdom's lore. DOWNLOADS: To thank you for being a listener to the show Adam is giving you 100% FREE hypnosis downloads worth up to £200/$250 using the coupon code FREE here: https://www.adamcox.co.uk/store/c15/FREE-Hypnosis  There is a 50% Discount on up to 10 other downloads using the coupon code hypnotist here: https://www.adamcox.co.uk/downloads.html  WORKING WITH ADAM DIRECTLY:  To book a free 30-minute consultation call to consider working with Adam go to: https://go.oncehub.com/AdamCox If you want to work with Adam on a one-to-one basis on hypnosis sessions, wealth coaching, or mentorship you can book sessions here: https://www.adamcox.co.uk/hypnotherapist.html  ABOUT ADAM Adam Cox is one of the world's most innovative hypnotists and is known for being the hypnotherapist of choice for Celebrities, CEO's and even Royalty. Adam's rates for hypnotherapy in pounds and US dollars are here: https://www.adamcox.co.uk/hypnotherapist.html  You can contact Adam at adam@adamcox.co.uk Further information on Adam is here: https://linktr.ee/AdamCoxOfficial  Tags: Adam Cox, the hypnotist, NLP, asmr, hypnosis, hypnotherapy, hypnotist, stress, sleep, worry, meditation, guided meditation, hypnotism, future, empathy, anxiety, joy, purpose, quest, thought experiment

Software pode ser usado por laboratórios, além de setores didáticos e órgãos fiscalizadores

Software pode ser usado por laboratórios, além de setores didáticos e órgãos fiscalizadores

Subscribe to Receive Venkat's Weekly Newsletter As a kid, Science for Dr Anil Menon was a dinner table conversation with his parents, who were both scientists. Dr Menon enjoyed those discussions. As a young boy, he was fascinated with Mendeleev's Periodic Table of the Elements. This fascination led to his lifelong commitment for science in general, and Molecular Genetics in particular. Dr. Anil Menon is Professor of Molecular Genetics & Associate Dean of the UG Program in Medical Sciences. In this Podcast, Dr. Menon reflects on his journey into the then emerging field of Molecular Genetics, Working in Jim Watson's Lab in SUNY Stony Brook, PhD in Jerry Lingrel's Lab at the U Cincinnati, Postdoctoral work with the Human Genome Project at Harvard with Jim Watson, Jim Gazella, and his Professional Career at the UC. In particular, we discuss the following with him:  Dr. Menon's Passion For Science PhD in Jerry Lingrel's Lab, UC Human Genome Project at Harvard Embryonic Stem Cells Research, UC Topics discussed in this episode: Introducing Dr. Anil Menon, U of Cincinnati [] Hi Fives - Podcast Highlights [] The Passion For Science [] UG to PhD [] Jerry Lingrel's Lab [] PhD Work [] Fast Forward 35 Years! [] Yamanaka Factors [] The OCT4 Potential [] Reflecting on the elusive OCT4 [] Postdoc at Harvard - Human Genome Project [] Jim Gazella's Lab - Gene Sequencing [] UC - Embryonic Stem Cells [] Why Molecular Biology? [] Our Guest: Dr. Anil Menon is the Associate Dean of Undergraduate Education at the University of Cincinnati College of Medicine. Dr. Menon received his PhD at the University of Cincinnati and did his Postdoctoral Fellowship at Harvard Medical School.  Memorable Quote: “So, I think I will always be a scientist, I think I'm a little more you know, I view it with less, less naivety now than I did when I first started, but it has not changed. I think the atoms that comprise me, have been touched with, with just the joy of doing science, and I will always be a scientist.” Dr. Anil Menon. Episode Transcript: Please visit Episode's Transcript. Suggestions for you: College Experiences, UG Research Calls-to-action: Follow us on Instagram. To Ask the Guest a question, or to comment on this episode, email podcast@almamatters.io. Subscribe or Follow our podcasts at any of these locations: Apple Podcasts, Google Podcasts, Spotify.

This podcast is a commentary and does not contain any copyrighted material of the reference source. We strongly recommend accessing/buying the reference source at the same time. ■Reference Source https://www.ted.com/talks/lou_serico_the_genius_of_mendeleev_s_periodic_table ■Post on this topic (You can get FREE learning materials!) https://englist.me/61-academic-words-reference-from-lou-serico-the-genius-of-mendeleevs-periodic-table-ted-talk/ ■Youtube Video https://youtu.be/oCiFibzSJIE (All Words) https://youtu.be/Ky8K0l_PWYY (Advanced Words) https://youtu.be/1mJ-PG8Cq8E (Quick Look) ■Top Page for Further Materials https://englist.me/ ■SNS (Please follow!)

Visit https://www.thermofisher.com/chemistry-podcast/ to access the extended video version of this episode and the episode summary sheet, which contains links to recent publications and additional content recommendations for our guest. You can also access the extended video version of this episode via our YouTube channel to hear, and see, more of the conversation!Visit https://thermofisher.com/bctl and use the code S4_BCTL in August, StyTun3d in September, BrgChem2Lif in October, or AlwysL3rning in November, to register for your free Bringing Chemistry to Life T-shirt. Chemistry is often perceived as inaccessible and challenging, but there is one fundamental chemical construct that everybody knows – the periodic table of the elements. The periodic table is a chemical icon, that has transcended the boundaries of the chemical sciences to somehow become familiar, almost a staple in several aspects of everyday life. It is the foundation of every chemist's knowledge, but not many understand its deeper meaning, let alone its history and philosophical significance. This is an exciting and unusual episode with one of the biggest names in chemistry, Eric Scerri, historian and scientist and the biggest living expert of the periodic table of the elements. The history and philosophy of chemistry are not common topics for Bringing Chemistry to Life, but this is an intriguing discussion that provides a deeper meaning and context to scientific research and chemistry in particular. In what may be our most thought-provoking episode yet we explore the relationship between chemistry and physics and revisit concepts that have been lost by modern scientists. We discuss what an element really is and the fundamental discoveries and progress that have been made over the years to influence chemical understanding and the periodic table. All this can explain how modern science really works and perhaps how we can teach it better. Our greatest season finale yet!

Grundstoffet scandium, er et af de grundstoffer, som det periodiske systems fader, Mendeleev, vidste måtte eksistere, men ikke gjorde det, da han lavede systemet. Han efterlod tomme pladser, og på en af dem, var der plads til scandium, som blev opdaget i 1879 - 10 år efter det periodiske system blev opfundet. I afsnittet kan du høre om muligheden udvinding af scandium på havbunden og de problemer, nogle frygter det bærer med sig. Periodisk – 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 Mads Gordon LadekarlTor Arnbjørn og Dorte Palle er producereRené Slott står for lyddesign og mix Simon Bennebjerg er vært

Max non riesce a smettere di pensare all'energia libera. Trascorre tutto il suo tempo libero in officina, cercando di assemblare un generatore senza carburante, ma invano. La crisi economica del Paese, i litigi per la mancanza di denaro in famiglia costringono l'inventore a fare il tassista per sopravvivere. Un ex collega dell'istituto, Paolo, sale per caso in macchina. Approfittando del momento, Max pone al suo vecchio collega alcune domande sul motore. Ma ciò che sente diventa più che sorprendente... Il film è basato su eventi reali. In questo video scoprirete: ⚡ Chi non voleva l'elemento X nel Sistema Periodico di Mendeleev? ⚡ Che cos'è l'Etere Universale e perché ci è stato nascosto? ⚡ Perché Nikola Tesla era sotto la osservazione dei servizi segreti? ⚡ Quando c'è stata una diversione nella scienza che ha impedito la scoperta dell'energia libera dell'etere? ⚡ Tecnologie perdute: gli scienziati che potevano cambiare il mondo. ⚡ Come liberare le persone dal cappio dell'energia? Il film è stato realizzato nell'ambito del progetto di ricerca internazionale Caleidoscopio dei Fatti. Puoi vedere altri video informativi qui:

Dmitriy Stepkin rose from a consultant to the director of the Ingria business incubator and was responsible for working with start-ups of the United Heavy Machinery, a backbone Russian holding in the field of heavy engineering. For more than 5 years, he held the position of Head of Strategic Innovation at SIBUR (the largest integrated petrochemical company in Russia), and then a similar position at NLMK (Russia's largest steel products manufacturer). He taught two courses of his own at MIPT. Currently, he is a co-founder of the international logistics startup pilot program Logistics Champions with a presence in 5 countries, an investment director of the Mendeleev startup studio, and a mentor for a number of startups. FIND DMITRIY ON SOCIAL MEDIA LinkedIn | Facebook ================================ SUPPORT & CONNECT: Support on Patreon: https://www.patreon.com/denofrich Twitter: https://twitter.com/denofrich Facebook: https://www.facebook.com/mark.develman/ YouTube: https://www.youtube.com/denofrich Instagram: https://www.instagram.com/den_of_rich/ Hashtag: #denofrich © Copyright 2023 Den of Rich. All rights reserved.

We learn about the development of spectroscopy by Bunsen and Kirchhoff, and its ramifications, like remote sensing of materials--including heavenly bodies. We also learn about new elements discovered by spectroscopy, which boosted Mendeleev's periodic table and earned him accolades. Mendeleev, however, also predicted elements that don't exist, and failed to anticipate an entire classification of elements found in the 1890s by William Ramsey. Writer H.G. Wells even included one of these elements in a world-famous sci-fi novel.Support the show

The problem of the large and growing variety of elements perplexed chemists, who attempted to bring order to the chaos. We learn about Döbereiner's triads, Pettenkofer and Dumas's correlations of multiples of atomic weights, Newlands's Law of Octaves, and Chancourtois's Telluric Screw. Kekulé's Karlsruhe conference brought order to some chemical chaos, and was the launching point for Dmitri Mendeleev and his periodic table, while Lothar Meyer almost beat Mendeleev for bragging rights. Mendeleev's close friend Alexander Borodin was a chemist AND composer, and we hear from guest Alan Rothenberg on Borodin's life and music.Support the show

Rating: Explicit, Parental Discretion is Advised With the kingdom recovered and the portals open, Mendeleev begins evacuation of it's citizens. Send us a message at awkwardtavern@gmail.com or check out our Twitter for images and thoughts https://twitter.com/AwkwardTavern

Passa anche attraverso le targhe di vie e piazze la resistenza degli ucraini.

Rating: Explicit, Parental Discretion is Advised With the defeat of Pope Sephestus, the Vibrants take time to a rest as the remains of the Crystalvale are incorporated into Mendeleev's defenses. Send us a message at awkwardtavern@gmail.com or check out our Twitter for images and thoughts https://twitter.com/AwkwardTavern

This column was published by firstpost.com at World War ‘Z’: The world after Ukrainian crisis, and India’s role in it-World News , Firstpost The most ironic thing, in fact the blackest of noir humor, is the use of the letter ‘Z’ in the propaganda surrounding the Ukraine war. It is alleged that this letter is the symbol of Russian obduracy, and therefore worth condemnation, as in the German embassy’s tweet and the Economist’s cover story below.The irony is because there is an earlier instance when the letter ‘Z’ was banned, in Greece, in the aftermath of a coup there. Thus the title of the political thriller, ‘Z’, (1969, Costa-Gavras), one of the most powerful films of all time, a thinly-veiled retelling of the conspiracy behind the assassination of a leading political candidate in 1963. A magistrate unraveled the mystery and sentenced the culprits to lengthy prison terms for the murder. The military coup followed, along with the banning of “Euripides, Aeschylus, Aristophanes, Tolstoy, long hair, mini-skirts, the Beatles, Albee, Pinter, Ionesco, Sartre, Mark Twain (partly), Freedom of the Press, Beckett, Sociology, Dostoyevsky, Chekhov, learning Russian, learning Bulgarian, modern mathematics, popular music...”, and the letter ‘Z’, because it stands for ‘He lives’ in ancient Greek. These and more are listed in the closing credits of the film.In an extraordinary example of life imitating art which was imitating life to begin with, the letter ‘Z’ is now associated with Russia, and banned, along with, unbelievably, Dostoyevsky, Chekhov, Pushkin, Mendeleev, Tolstoy, Tchaikovsky, Russian diamonds, vodka, oil, gas and so on. This is, literally, incredible.History repeats itself, first as farce, second as tragedy.Thanks for reading Shadow Warrior! Subscribe for free to receive new posts and support my work.In addition, after POTUS Biden’s assertion about defenestrating Russian President Vladimir Putin (although the spin doctors quickly diverted attention), there is little doubt that the Ukraine war has a not-so-hidden agenda: regime change in Russia. In fact, that makes a warped sort of sense, and I compliment my friend Uday B for telling me this right from the beginning of the war, when I (wrongly) thought a negotiated, face-saving settlement could come within a week. The Deep State has specialized in this for long, and usually with disastrous results for the residents of the country thus ‘blessed’ with regime change. I can, off the top of my head, think of Allende in Chile, Mossadegh in Iran, Hussein in Iraq, and Gaddafi in Libya. Then there’s the ongoing effort against Assad in Syria. The only thing in common is misery, penury, war, war crimes, extreme human rights violations, and masses of refugees. Add Ukraine to the list. That is why I am alarmed at the sudden attention paid to India by all those ‘experts’ who are shocked, SHOCKED, that India is not unquestioningly getting with the program and toeing the line. The last time a whole queue of snake-oil salesmen descended on India was when the ‘nuclear deal’ was talked up as the best thing since sliced bread. But despite the promises of manna from heaven, the only visible outcome is India buying more US arms.These good folks are now beginning to show up in India in droves, but the online eagerness has been evident for a while. India is really not all that important to the West, and so the attention is a red flag, and there are only two possible reasons for this Tender Loving Care: a) that they expect to bully India into continuing to be a slave nation, b) that they do not want another powerful manufacturing nation to come up: one China is more than enough. Thus, the moral indignation about ‘one nation invading another’ in violation of the ‘international rules-based order’, let us remember, did not extend to Pakistan invading Jammu & Kashmir in 1947. Nor did it extend to China invading Ladakh in 2020. NATO, and the Deep State, kept very quiet. On what basis, then, do they expect India to care about something happening in Europe? Ah, European wars are ‘world wars’, of course. Atlanticism rules. Thank you for reading Shadow Warrior. This post is public so feel free to share it.And exactly what has the Biden administration done for India? Not much, but here’s the list of weapons they abandoned in Afghanistan; surely they will be used against India by Pakistan:Staggering, isn’t it?Going back to Ukraine, the US once, long ago, did what appears to be exactly the same thing Russia did: based on dubious excuses, it invaded Mexico and took away half that country’s land in 1846 in the US-Mexican war. China, similarly, expanded from their Han heartland, and invaded Tibet, Xinjiang and Inner Mongolia. These became fait accompli. In fact, China probably views its 1962 attack on India as similar to the US-Mexican War: grab land and “teach a lesson”.There is also the worrying historical precedent of dissolution of the Soviet Union. The Biden administration appears keen (and earlier, the Obama folks did, too; ask Ms Nuland) to apply the same formula to India, and to balkanize the country. In other words, break it up into tiny little statelets. Official policy by the Democrats, we’ve been told repeatedly, is ‘sub-national diplomacy’, that is, encouraging fault lines. Interestingly enough, this is precisely what Jinnah wanted as well, according to the book Jinnah: His successes, failures and role in history by Professor Ishtiaq Ahmed: dismemberment of India, not just the ‘moth-eaten’ Pakistan he got. So now we have a theoretical understanding as to why the Deep State has consistently attempted exactly the same thing.For example, there is the laughable fake news about something that only affected a very small number of people, mostly in Kerala. Others claimed 250 million people took part in the strike, just as 250 million farmers rioted against the farm laws. Yes, exactly like Russia has lost 250 million soldiers in the war already, not to mention 7 generals! It is as though there is some vendetta by Democrats and the Deep State against India. They have been flying into paroxysms of rage against India lately (yes, even more than the usual bog-standard badgering and abuse by assorted propaganda outlets such as The Economist, New York Times, Financial Times, Guardian, BBC, NPR and so on).As in the old Panchatantra tale of the old brahmin and the lamb, the rogues are trying to convince Indians that they actually have a dog, not a lamb. They are declaring Modi to be a fascist, and naturally, they’ll explain, a fascist has to be overthrown. Defenestration. Coup. Color Revolution. Endless misery. The end of the Indian Dream of prosperity. Naturally, a Chinese war against India would just accelerate this trajectory. Quad or not, it is increasingly apparent that Biden would not lift a finger to help. Whether Trump would have is a moot question (probably not, but at least he was paying attention to the Indo-Pacific). But, for some strange reason, after the Nixon/Kissinger duo, it appears to be US Democrats who are more malign towards India than Republicans. This is a strategic mistake. A solid Japan-US-India partnership in the Indo-Pacific could contain China (Australia doesn’t add much to this; in fact Vietnam or Indonesia would be more useful in a revamped Quad or Quintet or something). By retreating to the Atlantic, as with AUKUS, the US is proving to India once again that it has to go it alone in the Indo-Pacific. 1190 words, 30 Mar 2022 This is a public episode. If you would like to discuss this with other subscribers or get access to bonus episodes, visit rajeevsrinivasan.substack.com

Let's return to the relaxing wonders of science with more from a foundational work of modern chemistry. This time, we finally finish…the introduction! It's the perfect compound for sleep.   We are 100% listener supported, and you can help. Everyone who supports us in February 2022 will be entered into a raffle to win a made-just-for-you episode! Patreon: https://www.patreon.com/boringbookspod Buy Me a Coffee: https://www.buymeacoffee.com/d5kcMsW   Read "The Principles of Chemistry” at Project Gutenberg: https://www.gutenberg.org/ebooks/51326   Music: "Exit Exit,” by PCIII licensed under CC BY   If you'd like to suggest a copyright-free reading for soft-spoken relaxation to help you overcome insomnia, anxiety and other sleep issues, connect on our website, boringbookspod.com.

Rất vui được gặp lại quý vị và các bạn trong chương trình Ngày Này Năm Ấy hôm nay, số ra thứ 3 ngày 08/02 -------------------------- Món quà ngày mới: "Sự xa cách đối với tình yêu cũng như gió đối với lửa. Nó thổi tắt ngọn lửa nhỏ, nhưng thổi bùng ngọn lửa lớn" Sự kiện ngày 08/02: 1, Vua Gia Long - vị vua sáng lập ra triều Nguyễn trong lịch sử Việt Nam 2, Giáo sư toán học Nguyễn Cảnh Toàn 3, Nhà bác học Dmitri Ivanovich Mendeleev 4, Danh thủ người Bungari - Hristo Stoichkov -------------------------- Giọng đọc: Thùy Dung, Phạm Kỳ, Huyền Trang ----------------------------- Hãy xem 1 phiên bản khác tại: https://www.youtube.com/watch?v=rkzsOLo1pGw&t ------------------------------ Ngoài Podcast, các bạn có thể theo dõi chúng mình qua: Youtube: https://www.youtube.com/channel/UCQy2UEI0nrxj5LkJUSwUEjw Mocha: http://video.mocha.com.vn/Ngay-Nay-Nam-Ay---Podcast-cn513208 ----------------- Cám ơn nhiều nha!

Alexey Knyazev - Doctor of Chemistry, Director of Engineering Chemical Technology Center, Acting Dean of the Faculty of Chemistry, National Research Tomsk State University. Laureate of the Russian Presidential Prize in the field of science and innovation for young scientists in 2009. Was born on July 28, 1978 in Tomsk. Aleksey (and his brother Andrey Knyazev, director of the NOVOKHIM company) are the fourth generation of a family of chemical scientists who worked in Tomsk universities. Great-grandmother and great-grandfather graduated from Mendeleyevka (Russian Chemical Technical University named after D.I. Mendeleev) and in the five-year period of chemicalization of the whole country, which began in 1938, they came to develop chemistry in Tomsk. Great-grandfather, Nikolai Pavlovich Kurin, was already with a degree and headed one department at TPI, great-grandmother (Geniya Abramovna) - another, portraits of both hang now in the 2nd building of the Polytechnic University. My great-grandfather also has an obelisk in the 10th building - because after some time he began to study nuclear physics and headed the 43rd department, which trained personnel for the construction of the SCC. The grandfather of Alexei Knyazev, Mikhail Nikolaevich Kurin, also studied in Moscow at the Russian Chemical Technical University, returned to Tomsk and headed the 13th department - the one that deals with research at an experimental nuclear reactor. His wife, Larisa Nikolaevna, came from Novosibirsk and entered the Tomsk State University at the Faculty of Chemistry, where she then worked all her life. She headed the Department of Physical and Colloidal Chemistry, created a laboratory for catalytic research. Alexey Knyazev's mother - Elena Mikhailovna Knyazeva is also catalytic, now she is a teacher at the Department of General and Organic Chemistry at TPU. FIND ALEXEY ON SOCIAL MEDIA LinkedIn | Facebook | Instagram ================================ SUPPORT & CONNECT: Support on Patreon: https://www.patreon.com/denofrich Twitter: https://twitter.com/denofrich Facebook: https://www.facebook.com/denofrich YouTube: https://www.youtube.com/denofrich Instagram: https://www.instagram.com/den_of_rich/ Hashtag: #denofrich © Copyright 2022 Den of Rich. All rights reserved.

Poetry can give us an epiphany. A different perspective or sudden appreciation of understanding something in a new or clear way.Historical narrative can also give insight, sometimes through recorded observation, sometimes through myth and legend of how unexpected events or experiences brought an epiphany. Archimedes in his bath, Issac Newton heading the apple, Mendeleev's periodic dream, Einstein on the street car in Bern all produced incredible new insights that shape our understanding of the world. I know a number of wise men and women around the world who are seeking and still haven't found what they are looking for. I pray that this will be the time when their thirst is quenched with living water. I hope that in 2022 we will all be marked by this curiosity to know and experience more of the Lord and a fresh commitment and desire to act on what we know.Without curiosity we will not have an epiphany!

Alexey Knyazev - Doctor of Chemistry, Director of Engineering Chemical Technology Center, Acting Dean of the Faculty of Chemistry, National Research Tomsk State University. Laureate of the Russian Presidential Prize in the field of science and innovation for young scientists in 2009. Was born on July 28, 1978 in Tomsk.Aleksey (and his brother Andrey Knyazev, director of the NOVOKHIM company) are the fourth generation of a family of chemical scientists who worked in Tomsk universities. Great-grandmother and great-grandfather graduated from Mendeleyevka (Russian Chemical Technical University named after D.I. Mendeleev) and in the five-year period of chemicalization of the whole country, which began in 1938, they came to develop chemistry in Tomsk. Great-grandfather, Nikolai Pavlovich Kurin, was already with a degree and headed one department at TPI, great-grandmother (Geniya Abramovna) - another, portraits of both hang now in the 2nd building of the Polytechnic University. My great-grandfather also has an obelisk in the 10th building - because after some time he began to study nuclear physics and headed the 43rd department, which trained personnel for the construction of the SCC. The grandfather of Alexei Knyazev, Mikhail Nikolaevich Kurin, also studied in Moscow at the Russian Chemical Technical University, returned to Tomsk and headed the 13th department - the one that deals with research at an experimental nuclear reactor. His wife, Larisa Nikolaevna, came from Novosibirsk and entered the Tomsk State University at the Faculty of Chemistry, where she then worked all her life. She headed the Department of Physical and Colloidal Chemistry, created a laboratory for catalytic research. Alexey Knyazev's mother - Elena Mikhailovna Knyazeva is also a catalytic, now she is a teacher at the Department of General and Organic Chemistry at TPU.FIND ALEXEY ON SOCIAL MEDIALinkedIn | Facebook | Instagram================================PODCAST INFO:Podcast website: https://www.uhnwidata.com/podcastApple podcast: https://apple.co/3kqOA7QSpotify: https://spoti.fi/2UOtE1AGoogle podcast: https://bit.ly/3jmA7ulSUPPORT & CONNECT:Support on Patreon: https://www.patreon.com/denofrichTwitter: https://twitter.com/denofrichFacebook: https://www.facebook.com/denofrichYouTube: https://www.youtube.com/c/DenofRich

In March 1869, Mendeleev delivered a full paper to the Russian Chemical Society spelling out the most significant aspect of his system, that characteristics of the elements recur at a periodic interval as a function of their atomic weight. This was the first iteration of the periodic law. Come along with us as we explore the history of the periodic table of elements. Written by Ann E. Robinson. Narration by Dr. Nicholas B. Breyfogle. A textual version of this is available at https://origins.osu.edu/milestones/mendeleev-periodic-table-UN-chemistry-radioactivity-noble-gases. This is a production of Origins: Current Events in Historical Perspective at the Goldberg Center in the Department of History at The Ohio State University and the Department of History at Miami University. Be sure to subscribe to our channel to receive updates about our podcasts. For more information about Origins: Current Events in Historical Perspective, please visit origins.osu.edu.

Rating: Explicit, Parental Discretion is Advised Now back in Mendeleev, the group move to speak with Nunreen and Runesteel before starting their plan to save Tavi. Send us a message at awkwardtavern@gmail.com or check out our Twitter for images and thoughts https://twitter.com/AwkwardTavern

Baltagul, Miorița și Ion. Sau poate Mircea cel Bătrân, înălțimea vârfului Moldoveanu și Teorema lui Thales. Cu toții avem o serie de amintiri despre lecturile sau temele obligatorii timp de generații pe care le-am învățat la școală. Am învățat pe de rost rezumate de cărți, dar și tabelul lui Mendeleev. Ce am învățat, însă, despre cum am învățat? Câți dintre noi au fost pedepsiți dacă au răspuns la o întrebare fără să ridice mâna sau i-au suflat colegului în timpul unui test? Câtor elevi le-au fost anulate complet rezultatele dacă ele nu au fost egale cu 10? Câți am fost comparați cu performanțele celorlalți colegi? Toate acestea au contribuit la adulții de astăzi - cei care nu fac nimic bine dacă nu fac totul perfect sau care ar prefera să moară capra vecinului dacă ar avea de ales. Cei care evită să exprime emoții sau nevoi, pentru că anterior, răspunsul la exprimarea acestora a fost pedeapsă sau ignorare. În acest episod vorbim despre cum am ajuns aici și despre ce pierdem când învățăm pe de rost tabelul lui Mendeleev, fără să ne dăm seama ce linii de cod se întipăresc inconștient în memoria Elefantului fiecărora dintre noi și cum ne vor afecta acestea pentru tot restul vieții.

Rating: Explicit, Parental Discretion is Advised The group are able to escape the small town and get back to Mendeleev. When they get back, they get to work catching up on events. Send us a message at awkwardtavern@gmail.com or check out our Twitter for images and thoughts https://twitter.com/AwkwardTavern

Artist: Dmitry JCB (Moscow, Russia) Name: DHM Podcast #1160 (Special for Mendeleev Bar, July 2021) Genre: Deep House / Tech House Release Date: 11.07.2021 Exclusive: Deep House Moscow Dmitry JCB: www.facebook.com/jcbofficial Soundcloud: @jcbmusiccom Instagram: www.instagram.com/dmitryjcb CONTACT (DHM): Email — deephousemoscow@hotmail.com Follow us: www.facebook.com/deephousemsk/ www.instagram.com/deephousemoscow/ vk.com/deephousemsk/

My live set at Mendeleev Bar Moscow. Organic & Progressive House

I, the Host, had received the great privilege to interview the infamous Dmitri Mendeleev; the founder of the Periodic Table! From there on the table had evolved so much and I just have so many questions to ask to the expert! Just look forward to that! Enjoy the show!

Rating: Explicit, Parental Discretion is Advised Finally having some resources and mercenaries to help them, they return back to Mendeleev and see how they have been holding up. The Artificer's Blade get a chance to prove themselves while they come to learn that morale has been on a steep decline. Send us a message at awkwardtavern@gmail.com or check out our Twitter for images and thoughts https://twitter.com/AwkwardTavern

Rating: Explicit, Parental Discretion is Advised The Vagrants make their way into Mendeleev and quickly learn what has been happening while they were away. Needless to say, the group quickly develop a new direction. Send us a message at awkwardtavern@gmail.com or check out our Twitter for images and thoughts https://twitter.com/AwkwardTavern

Halo Gêni@s! No Dose de Química de química de hoje, vamos falar de Tabela Periódica. Tentativas anteriores de organizar os elementos, o sonho de Mendeleev, a organização por número atômico e como a tabela está organizada. Se quiser pegar uma tabela enquanto ouve, fique a vontade.  RECADOS DO QUIMICAST Envie dúvidas, sugestões, elogios, críticas, caneladas desse episódio em https://abre.ai/recadosdoquimicast Todo feedback é bem-vindo! COMO CITAR O PODCAST EM SEU TRABALHO Dose de Química 02 - Tabela Periódica. Locução de: Vinício Francisco.  [S. l.]: Produção independente, 14 mai. 2021.  Podcast. Disponível em: https://anchor.fm/quimicast. Acesso em: (data em que ouviu o episódio) LINKS ÚTEIS INSTAGRAM: https://www.instagram.com/quimicocomico/ FACEBOOK: https://www.facebook.com/quimicocomico/ TWITTER: https://www.twitter.com/oquimicocomico/ E-MAIL: oquimicocomico@gmail.com com assunto "QuimiCast"

La successiva tappa del nostro viaggio alla scoperta del sintetico è perfettamente introdotta da una memoria di un testimone dell'orrore nazista, Primo Levi, ed è contigua con quanto visto nei capitoli precedenti. tornare alle memorie di Primo Levi ci permette di mettere a fuoco il momento in cui la realtà sintetica da timida imitazione casuale del reale diventa forza plasmante del dominio attuale dell'uomo sul nostro pianeta. L'antropocene è di fatto inaugurato. Con il termine antropocene si indica un'era geologica in cui ciò che produce le mutazioni del nostro pianeta non sono i terremoti, l'impatto degli asteroidi, le glaciazioni o qualche eruzione, bensì l'uomo. Se tra 10.000 anni l'umanità esisterà ancora, i futuri geologi potrebbero vedere negli strati della roccia un cambio di era grazie al ritrovamento di reperti differenti da quelli presenti in tutti gli strati geologici sottostanti. L'uomo dell'antropocene ha prodotto e lasciato nell'ambiente sostanze prima sconosciute che non hanno un'origine naturale: prodotti chimici, materiali plastici e isotopi radioattivi. La realtà sintetica non cambia solo l'uomo e il suo rapporto con la realtà, cambia anche il volto del nostro pianeta e la sua storia. Affronteremo più avanti in maniera più dettagliata la questione; ora dobbiamo tornare con la memoria a quei giorni bui della storia dell'umanità che furono le persecuzioni e gli stermini nazisti della II Guerra Mondiale. Primo Levi è forse conosciuto al grande pubblico per le memorie, raccolte nel testo Se questo è un uomo, della sua prigionia nel campo di concentramento di Auschwitz. La storia che a noi interessa però è contenuta in una serie di racconti dal titolo Il sistema periodico. All'interno di questa raccolta, il penultimo racconto è intitolato Vana­dio, dal nome di un elemento chimico presente nella tavola di Mendeleev. Con numero atomico 23, questo elemento raro, duttile e duro ben simboleggia, agli occhi dell'autore, tre qualità che si ritrovano nella storia. Vanadio è uno scritto che parla ancora del Lager - in particolare, degli episodi avvenuti nel campo di lavoro di Monowitz (uno dei tre campi che formavano il complesso di Auschwitz) dove Levi fu detenuto e dove venne per un certo periodo impiegato come chimico. L'idea dietro la realizzazione del campo era quella di impiegare i deportati schiavi nei lavori di costruzione dell'allora più grande stabilimento chimico d'Europa. Questa fabbrica però, costata migliaia di morti, non entrò mai in produzione. Levi ricorda di uno dei chimici che si trovavano nel laboratorio della Buna. Sin qui la storia che leggiamo in Vanadio. Ma c'è un'altra storia, ancora tutta da scrivere, che s'intreccia con quella del racconto di Il sistema periodico. La Buna è un nome, composto con le sillabe iniziali di butadiene e natrium – sodio nell'etimo latino con cui si chiamano gli elementi della tavola periodica – che la IG Farben aveva inventato, come già fatto per i brevetti sui farmaci. Buna, chimicamente descritta dalla formula C6H5CH=CH2, è quindi il nome commerciale della gomma sintetica che le SS e la IG Farben, in un affare colossale, volevano produrre ad Auschwitz. Come visto nelle pagine precedenti l'intreccio ormai inscindibile tra lo sviluppo industriale del Novecento, le necessità di Stato e la possibilità di fare guadagni enormi possono dare luogo a scenari impensabili. Ma come è possibile che il luogo simbolo dell'orrore nazista, Auschwitz, e gli interessi del Reich fossero tutti legati a un prodotto dall'apparenza così insignificante come la gomma? Per comprendere il ruolo strategico della gomma e il perché dell'impegno che l'industria chimica ha profuso nella realizzazione di una sua variante sintetica dobbiamo velocemente inquadrare e ripercorrere la storia di questo elemento.

Ngày 6/3 là ngày thứ 65 trong năm và cũng ngày sinh của những người thuộc cung Song ngư. Xin được gửi lời chúc đến những bạn sinh ngày 6/3 nha. Chúc các bạn phát huy được khả năng đặc biệt của cung Song ngư đó là sự kết hợp hoàn hảo giữa trực giác và tính nguyên tắc. Hy vọng điều này sẽ trở thành thế mạnh giúp bạn đi đúng hướng, thực hiện những bước nhảy đầy sáng tạo và dùng lí trí để đi đến thành công một cách dễ dàng nha. 0: 00 Giới thiệu ----------------------------- Tặng bạn một câu danh ngôn rất hay như thế này: " THẬT TỒI TỆ KHI ĐẦY KHUYẾT ĐIỂM, NHƯNG CÒN TỒI TỆ HƠN KHI ĐẦY KHUYẾT ĐIỂM MÀ KHÔNG SẴN LÒNG NHẬN THỨC CHÚNG". Bạn thấy đấy, thật khó để một người có thể dõng dạc tuyên bố bản thân mình hoàn hảo. Nhưng khi đã biết khuyết điểm của mình ở đâu, hãy cố gắng kiểm soát và chuyển hóa chúng. Có như vậy, bạn mới có thể thoát ra khỏi trục quay của chính mình. Đừng cố che đậy hay phủ nhận chúng, bởi khuyết điểm không là bụi để chúng ta rũ bỏ dễ dàng như vậy. Dùng đúng cách, sẽ có ngày bạn tìm thấy phiên bản hoàn hảo nhất của chính mình. 1:32: Danh ngôn cuộc sống ------------------------------------ Sự kiện ngày 06/03: 2:46: Danh ca Khánh Ly mà mối lương duyên với Trịnh Công Sơn 5:16: Michelangelo - Bậc thầy hội họa nước Ý 5:51: Nhà hóa học Mendeleev trình này bảng tuần hoàn đầu tiên 6:43: Lịch sử thành lập CLB Real Madrid 8:32: Gương mặt huyền thoại Dennis Viollet

If you're creative - for business or pleasure - how do you stimulate your creativity? Especially now, when all our movements are so circumscribed. You need to find your inner Winnie the Pooh, and resist Rabbit. Do what Archimedes did, or Mendeleev. If you're wondering what I'm talking about, listen here and I'll explain. I've made a living from being creative for over thirty years, and worked with many other such people. I've thought a lot about creativity, and watched it happen, and tried to stimulate it. Let me tell you a little of what I've learnt.

One early evening with dreamers at Mendeleev. Tracklist is not available. Please send private request. ... More information: facebbok.com/djdennisfrost

One early evening with dreamers at Mendeleev.

Compared to other foundational scientific breakthroughs like Mendeleev's periodic table, Einstein's relativity, and Watson Crick and Franklin's double helix DNA model, the discovery of plate tectonics is the youngest and one of the most influential in the Earth Sciences. Since the 1960's geoscientists have been building upon John Tuzo Wilson's groundbreaking plate tectonic theory including Dr. Oguz Gogus who is a professor of geophysics from Istanbul's Technical University. We discuss the continental drip theory, which explains why the geologically active region of Central Anatolia has been uplifted over a very short period of geologic time. 

Organic and Deep House recorded with love for pure dreamers at Mendeleev Bar in Moscow.

Organic and Deep House recorded with love for pure dreamers at Mendeleev Bar in Moscow. Tracklist is not available. Please send private request. ... More information: facebbok.com/djdennisfrost

Rating: Explicit, Parental Discretion is Advised The crew celebrate their success with Monroe's men and enjoy being able to prevent an assault on the city of Mendeleev. Send us a message at awkwardtavern@gmail.com or check out our Twitter for images and thoughts https://twitter.com/AwkwardTavern

Rattlecast #63 features Jessica Goodfellow and her book, Whiteout. Jessica has appeared in three issue of Rattle, including our most recent. Jessica Goodfellow grew up in the suburbs of Philadelphia, Pennsylvania, but has spent the last twenty years in California, Florida, and Japan. She received an MS degree from the California Institute of Technology and an MA in linguistics from the University of New England. Her first book of poetry, The Insomniac's Weather Report (three candles press), won the Three Candles Press First Book Prize, and was reissued by Isobar Press in 2014. Her second book Mendeleev's Mandala is available from Mayapple Press (2015). Her new book Whiteout is out from the University of Alaska Press (July 2017), and was completed while she was a writer-in-residence at Denali National Park and Preserve. She is also the author of a poetry chapbook, A Pilgrim's Guide to Chaos in the Heartland (Concerete Wolf, 2006), winner of the Concrete Wolf Chapbook Competition. Her work has appeared in Best American Poetry 2018, Best New Poets 2006, and has been featured by Garrison Keillor on NPR's "The Writer's Almanac." Jessica currently lives in Japan with her husband and sons. For more information, visit: http://www.jessicagoodfellow.com/ As always, we'll also include live open mic for responses to our weekly prompt. For details on how to participate, either via Skype or by phone, go to: https://www.rattle.com/rattlecast/ This Week's Prompt: Write a poem from the perspective of a famous person (living or dead). Next Week's Prompt: Write a poem exploring the motivations of a mythological creature (vampire, unicorn, dragon, etc.). The Rattlecast livestreams on YouTube, Facebook, Twitter, and Periscope, then becomes an audio podcast.

Are chemical elements critical for the modern economy in dangerously short supply? It's a question that Justin Rowlatt poses a century and a half after the Russian chemist Dmitry Mendeleev published the original periodic table.Justin speaks to two chemists - Andrea Sella of University College London explains the significance of Mendeleev's scheme to the modern world, while David Cole-Hamilton talks us through an updated version of the table he has just published that highlights chemical elements that could run out within the next century unless we learn to make better use of them.However, perhaps we don't need to worry just yet, at least not for two of those red-flagged elements. Thomas Abraham-Jones describes how he happened across the world's biggest reserve of helium in the African savannah, while Rick Short of Indium Corporation explains why the metallic element his company is named after is in abundant supply, so long as you don't mind sifting an awful lot of dirt for it.Producer: Laurence Knight(Picture: Manuscript of Mendeleev's first periodic system of elements; Credit: Science & Society Picture Library/SSPL/Getty Images)