Podcasts about bohr

Enrico Fermi est sans doute l'un des physiciens les plus influents du XXe siècle, bien que son nom reste souvent dans l'ombre des figures comme Einstein ou Bohr. Pourtant, c'est lui qui a su relier théorie et expérience, calcul et intuition, en posant les fondements de plusieurs domaines majeurs : la physique nucléaire, la mécanique quantique statistique, la physique des particules, et même certaines approches de l'astrophysique moderne. Dans cette vidéo, on revient sur la trajectoire exceptionnelle de ce chercheur italien, depuis ses débuts à Rome jusqu'à son rôle central dans le projet Manhattan.Au fil du récit, on explore les grandes étapes de sa carrière : la création de la statistique de Fermi-Dirac, la découverte du rôle des neutrons lents, l'invention du premier réacteur nucléaire, ses théories sur les interactions faibles ou encore sa position face au développement de la bombe H. On y découvre un homme capable de concevoir des équations puissantes mais aussi de construire, avec rigueur, les expériences les plus décisives du siècle.Mais au-delà de ses découvertes scientifiques, Fermi soulève des questions plus vastes : quel est le rôle du scientifique face au pouvoir ? Peut-on faire avancer la connaissance sans s'interroger sur ses conséquences ? Et que nous dit son célèbre paradoxe sur notre place dans l'univers ? Un portrait à la fois historique, scientifique et profondément humain d'un homme qui a changé notre manière de comprendre le réel.

Tech leaders are pushing the idea that automation can strengthen democracy — but as usual, their bold suggestions are based on castles made of sand. Alex and Emily tear down some flimsy arguments for AI governance, exposing their incorrect assumptions about the democratic process.References:"This Is No Way to Rule a Country""Four ways AI is being used to strengthen democracies worldwide"Also referenced:Collective Intelligence Project surveysInterview with CalMatters CEOFresh AI Hell:Amazon introduces AI translation for Kindle authorsNature op ed recommends AI versions of Einstein, Bohr, and FeynmanAn AI Podcasting Machine Is Churning Out 3,000 Episodes a WeekAI dating café to open in New YorkRecipe slop flooding social mediaAI slop about Autism published in NatureUpwork ad for fixing LLM editorial"Hundreds of Chicago residents sign petition to pause robot delivery pilot program over safety concerns"Check out future streams on Twitch. Meanwhile, send us any AI Hell you see.Our book, 'The AI Con,' is out now! Get your copy now.Subscribe to our newsletter via Buttondown. Follow us!Emily Bluesky: emilymbender.bsky.social Mastodon: dair-community.social/@EmilyMBender Alex Bluesky: alexhanna.bsky.social Mastodon: dair-community.social/@alex Twitter: @alexhanna Music by Toby Menon.Artwork by Naomi Pleasure-Park. Production by Ozzy Llinas Goodman.

Episode 335 Exercise has been shown to shrink tumours by 60 per cent. A new study shows another link between regular exercise and cancer prevention, this time revealing that muscle cells may outcompete cancer cells for energy - basically starving them. We explore the links between metabolism and glucose - with the caveat that so far this has only been demonstrated in mice, in a small study. The interstellar object 3I/ATLAS may be even weirder than we thought. Ever since we spotted this comet from another star system, scientists have been studying every inch of it. And no - it's not an alien spacecraft. But it does seem to be home to surprising amounts of chemicals like carbon dioxide and methanol - essential ingredients for life. Could this shed light on the origin of life in the universe? A 100-year-old debate between two titans of physics has finally been settled. In the 1920s, Albert Einstein and Niels Bohr butted heads about the nature of light. Einstein said light is a particle. Bohr said it's both a particle and a wave. They came up with an experiment to settle the argument - the trouble is, they had no way to run it. Now, 100 years later, we finally have the technology to perform the test - and the winner is… Hosted by Rowan Hooper and Penny Sarchet, with guests Alexandra Thompson, Alex Wilkins and Jacob Aron. To read more about these stories, visit https://www.newscientist.com/ Learn more about your ad choices. Visit megaphone.fm/adchoices

Et si notre vision moderne de l'atome n'existait pas ? Si les électrons, les couches d'énergie, ou même la mécanique quantique n'avaient jamais été formulés ainsi ? Derrière les grandes théories du XXe siècle se trouve une figure majeure mais parfois méconnue : Niels Bohr. C'est lui qui, en 1913, propose un modèle révolutionnaire de l'atome — avec des électrons en orbites quantifiées — capable d'expliquer enfin les spectres lumineux, là où la physique classique échouait. Une idée qui ouvre la voie à toute la physique quantique moderne.Mais Bohr ne s'est pas arrêté là. Au cœur de l'institut de Copenhague qu'il fonde, il invente une nouvelle façon de faire de la science : collective, dialoguée, ouverte aux désaccords. Il élabore le principe de complémentarité, s'oppose à Einstein dans des débats historiques, et participe à la naissance de l'interprétation de Copenhague. Sa vision, à la fois rigoureuse et philosophique, redéfinit les règles du jeu en physique : l'observation devient inséparable de la théorie, le langage classique ne suffit plus, et l'incertitude n'est plus un défaut, mais une propriété fondamentale.Enfin, Bohr traverse le XXe siècle en acteur engagé. Lors des guerres mondiales, il prend position, protège des réfugiés scientifiques, rejoint le projet Manhattan à contrecœur, puis plaide pour une gouvernance mondiale de l'énergie nucléaire. Toute sa vie, il aura cherché à faire de la science non pas une simple quête de vérité, mais un outil de responsabilité. Comprendre l'atome, pour lui, c'était aussi comprendre notre place dans l'univers — et notre devoir face aux choix qu'impose cette connaissance.

This week on the podcast, host Joanna Roche sits down with Nikoline Bohr who is an artist, treasure hunter, and program assistant at the Maria Mitchell Association. Nikoline shares the story of her journey to Nantucket, her educational background, and how her creative spirit and curiosity fuel both her art and her love of uncovering hidden gems. She also gives us a look behind the scenes at her work with the MMA and what inspires her on and off the island. To learn more about the Maria Mitchell Association visit https://www.mariamitchell.org/. 

For the last century, physics has been treading along the paths set by the same two theories--quantum theory and general relativity--and, let's face it, it's getting pretty boring. Most scientists are simply chasing decimal points in laboratories, unable to explore the theories at large scales, where serious discrepancies could emerge. The situation is a lot like the one physics was in in 1890, right before Planck, Einstein, and Bohr blew the roof off Newtonian physics. As Vlatko Vedral argues in Portals to a New Reality: Five Pathways to the Future of Physics (Basic Books, 2025), that means we are on the brink of a revolution. Vedral shows how quantum information theory has opened radically new avenues for experiments that could upend physics. They can sound very strange--one essentially involves entangling a human with Schrödinger's cat--but they lay bare elements of our theories that are particularly problematic, such as the widespread belief that nothing truly exists unless it is observed. At present these experiments are thought experiments, albeit fascinating ones. But nothing, save inertia and a lack of ambition, stands in our way. Now is the time to rewrite the understanding of the universe. Learn more about your ad choices. Visit megaphone.fm/adchoices Support our show by becoming a premium member! https://newbooksnetwork.supportingcast.fm/new-books-network

For the last century, physics has been treading along the paths set by the same two theories--quantum theory and general relativity--and, let's face it, it's getting pretty boring. Most scientists are simply chasing decimal points in laboratories, unable to explore the theories at large scales, where serious discrepancies could emerge. The situation is a lot like the one physics was in in 1890, right before Planck, Einstein, and Bohr blew the roof off Newtonian physics. As Vlatko Vedral argues in Portals to a New Reality: Five Pathways to the Future of Physics (Basic Books, 2025), that means we are on the brink of a revolution. Vedral shows how quantum information theory has opened radically new avenues for experiments that could upend physics. They can sound very strange--one essentially involves entangling a human with Schrödinger's cat--but they lay bare elements of our theories that are particularly problematic, such as the widespread belief that nothing truly exists unless it is observed. At present these experiments are thought experiments, albeit fascinating ones. But nothing, save inertia and a lack of ambition, stands in our way. Now is the time to rewrite the understanding of the universe. Learn more about your ad choices. Visit megaphone.fm/adchoices Support our show by becoming a premium member! https://newbooksnetwork.supportingcast.fm/science

For the last century, physics has been treading along the paths set by the same two theories--quantum theory and general relativity--and, let's face it, it's getting pretty boring. Most scientists are simply chasing decimal points in laboratories, unable to explore the theories at large scales, where serious discrepancies could emerge. The situation is a lot like the one physics was in in 1890, right before Planck, Einstein, and Bohr blew the roof off Newtonian physics. As Vlatko Vedral argues in Portals to a New Reality: Five Pathways to the Future of Physics (Basic Books, 2025), that means we are on the brink of a revolution. Vedral shows how quantum information theory has opened radically new avenues for experiments that could upend physics. They can sound very strange--one essentially involves entangling a human with Schrödinger's cat--but they lay bare elements of our theories that are particularly problematic, such as the widespread belief that nothing truly exists unless it is observed. At present these experiments are thought experiments, albeit fascinating ones. But nothing, save inertia and a lack of ambition, stands in our way. Now is the time to rewrite the understanding of the universe. Learn more about your ad choices. Visit megaphone.fm/adchoices

Revelation 17 presents a powerful vision of a great harlot representing an apostate church that has forsaken Christ for worldly alliances. This symbolic woman sits on many waters, which represent peoples and nations under her influence. The chapter reveals how three interconnected powers - political rulers, the apostate religious system, and daughter churches - will unite to destroy God's people. However, during the seven last plagues, particularly the sixth plague when the Euphrates dries up, these very supporters will turn against the harlot. This mirrors the Red Sea deliverance, where God intervened when circumstances seemed most hopeless. The Kings from the East, led by Christ Himself, will arrive for the ultimate deliverance of God's faithful people.

Revelation 17 presents a powerful vision of a great harlot representing an apostate church that has forsaken Christ for worldly alliances. This symbolic woman sits on many waters, which represent peoples and nations under her influence. The chapter reveals how three interconnected powers - political rulers, the apostate religious system, and daughter churches - will unite to destroy God's people. However, during the seven last plagues, particularly the sixth plague when the Euphrates dries up, these very supporters will turn against the harlot. This mirrors the Red Sea deliverance, where God intervened when circumstances seemed most hopeless. The Kings from the East, led by Christ Himself, will arrive for the ultimate deliverance of God's faithful people.

A screencast from Chapter 3 in CH 221 entitled “The Bohr Model”

Chemistry 221 L1 Video Lecture from October 6, 2025. This video covers material from Chapter 3 including converting from nm to kJ (and back again), the Bohr model of the atom, sharp line spectra, the de Broglie equation, the quantum numbers, and more. CH 221 website: http://mhchem.org/221 Let me know if you have any questions! Peace!

Hamas er klar til at frigive alle gidsler, levende og døde. Hvor stor en rolle spiller den russiske skyggeflåde i hybridkrigen? En japansk tegneseriefigur er blevet symbol for en hel generation, der lige nu forenes under hans piratflag til demonstrationer verden over. Vært: Amalie Schroll Munk. Medvirkende: Jakob Kjøgx Bohr, journalist, Danwatch. Alexander Sjöberg, Asien-korrespondent, Berlingske.

Chemistry 221 L2 Video Lecture from October 2, 2025, Part 4 of 4. This video covers material from Chapter 3 including the Bohr model for the atom, sharp line spectra, absorbance and emission, calculating the wavelength and frequency from a change in energy, and more. CH 221 website: http://mhchem.org/221 Let me know if you have any questions! Peace!

“Science isn't about showing off. It's about attending to unusual data, unusual evidence”, says astrophysicist Avi Loeb.“We can only learn new things from anomalies, from what doesn't line up.”Paying attention to anomalies is precisely what he does as head of the Galileo Project at Harvard, whose purpose is to search for evidence of extraterrestrial technology.Loeb is frustrated. Almost all the research money that is allocated to the search for extraterrestrial life goes to projects for picking up radio signals and scanning for molecular fingerprints of microbes on exoplanets.“It's like lonely people waiting for a phone call. Nobody might call you”, says Loeb.“And personally, I think microbes are boring. I am more interested in intelligent life. Yes, there are more microbes, but it is arguably easier to detect evidence of technology.”Loeb became famous in 2017 when he suggested that the first detected interstellar object traversing our solar system, named 1I/Oumuamua, might be artificial because of its strange behavior.His suggestion was not well received in the scientific community. He was academically attacked by many colleagues.Now, the third interstellar object ever detected, 3I/Atlas, is hurling past the planets in our home system at breakneck speed. This visitor also features very odd properties. It doesn't look like a comet. It seems to be extremely large, it doesn't have the classic cometary tail, its glow is preceding it, the composition of its coma is unique, and its trajectory is in line with the plane of the planets.“If you were to construct a spacecraft that were to visit this solar system, you would make it go in the plane of the planets”, Loeb says.Yet mainstream astronomers call it a comet, or more specifically a “black“ comet.“It's like having only seen zebras and then suddenly see an elephant and go: ‘Look, a zebra without stripes, and with a trunk'.”Loeb has developed a scale for assessing whether a space object is natural or artificial, where 0 means decidedly natural and 10 means decidedly artificial. Loeb has given 3I/Atlas a 4, the same score he gave 1I/Oumuamua.It might drop on the scale – or climb – as more data is collected. By the end of October 2025 we probably know more, because that is when the object will be at its closest to the sun.Avi Loeb has always been an outlier in the scientific community, he says. He would “trade everything” he has of modern life to go back 95 years, to the time of quantum pioneers like Bohr and Heisenberg.“Because they were open-minded and willing to replace an old worldview with something completely new.”Science is more rigid today, he feels. Paradoxically, this may have to do with the fact that there are so many more scientists today. With a large enough population, ideas tend to regress to the mean.Avi Loeb isn't afraid of airing ideas that would appear outrageous in conventional quarters. Have there been advanced civilizations on earth millions of years ago? Could our species have been genetically manipulated by interstellar visitors a long, long time ago? Loeb is open to both propositions.“We tend to think we are first. But it's fully plausible that there was a technologically advanced civilization millions of years ago that was destroyed in a major catastrophe.”The Galileo ProjectPersonal page at HarvardEssays on MediumThe Book Interstellar (2024)The Book Extraterrestrial (2022)

Host Sebastian Hassinger interviews Alexandre Blais, professor of physics at the Universite de Sherbrooke and scientific director of the Insitut Quantique. Alexandre discusses his academic journey, starting from his master's and PhD work in Sherbrooke, his move to Yale, and his collaborations with both theorists and experimentalists. He outlines the development of circuit QED (quantum electrodynamics) and its foundational role in the modern superconducting qubit landscape. Blais emphasizes the interplay between fundamental physics and technological progress in quantum computing, highlighting both academic contributions and partnerships with industry. He also describes the evolution and mission of Institut Quantique, stressing its role in bridging academia and the quantum industry by training talent and fostering startups in Sherbrooke, Quebec. Finally, Blais reflects on the dual promise of quantum computing—as a tool for scientific discovery and as a long-term commercial technology.Key Themes and Points1. Early Career and Path into Quantum ComputingAlexandre Blais began his quantum computing journey during his master's at Sherbrooke, inspired by a popular science article by Serge Haroche that laid out the argument for why quantum computers would never work.He pursued quantum studies at Sherbrooke despite a lack of local experts, showing early initiative and risk-taking.2. Transition to Yale and Circuit QEDBlais joined Yale for his postdoc, attracted by the strong theory–experiment collaboration.The Yale group pioneered "circuit QED," adapting ideas from cavity QED (single atoms in magnetic cavities) to superconducting circuits, enabling new ways to read out and control qubits.Circuit QED became the backbone of superconducting qubit technology, notably enabling the transmon qubit (now a dominant architecture).Collaborated with figures like prior guests of the podcast Steve Girvin and Rob Schoelkopf, and was a postdoc along with Jay Gambetta and Andreas Wallraff.3. Superconducting Qubits and Research FocusMost of Blais's work has centered on superconducting qubits, particularly on understanding and extending coherence times, reducing errors, and improving fabrication/design.Emphasizes the complex, nonlinear, and rich physics even of single-qubit systems (e.g., challenges of dispersive readout and unexpected phenomena like multiphoton resonances).Notes the continuing importance of deep, fundamental research despite growing industrial and engineering focus.4. Role of Academia vs. IndustryGrowth of corporate investment (Google, IBM, Amazon, Intel) has changed the landscape.Blais argues that universities should focus on pushing the scientific frontier and training talent, not on building commercial-scale quantum computers.Academic groups can pursue high-risk, high-reward research and deeper understanding of quantum technology's physical underpinnings.5. Institut Quantique and Quebec's Quantum EcosystemBlais leads Institut Quantique, which supports both basic and applied quantum research and has been highly successful in fostering a local quantum startup ecosystem (e.g., SBQuantum, NordQuantique, Qubic).Offers entrepreneurship courses and significant seed grants (even to students and postdocs) to encourage talent retention and company creation in Sherbrooke.Partnership between academia, startups, and public investment has attracted international players like Pasqal and IBM, establishing Sherbrooke as a quantum technology hub.6. Societal and Philosophical ReflectionsFundamental challenge: making increasingly large quantum systems remain quantum despite Bohr's assertion, via the Correspondence principle, that as a quantum system scales it will become classical.Quantum computers are not only future commercial tools—they are already invaluable scientific instruments, enabling new physics via experimental control of complex quantum systems.Blais is optimistic about quantum computing's potential for both discovery and eventual large-scale applications.Main TakeawaysBuilding quantum computers is both a technological and fundamental scientific challenge. Even with commercial interest, deep physical understanding is essential—academic research remains vital.Close collaboration between theorists and experimentalists breeds breakthrough advances. Circuit QED exemplifies this synergy.Quantum research institutes can seed thriving tech ecosystems, if they focus on both talent training and supporting spinouts, as shown by Institut Quantique in Sherbrooke.Quantum computing's greatest early impacts will likely be as scientific instruments, enabling novel experiments and discoveries, before large-scale commercial utility is achieved.Quantum hardware's development continually reveals new, subtle physics; e.g., the decades-long puzzle of dispersive readout reflects the complexity inherent in scaling up quantum technology.Notable Quotes “Quantum computers will, before being commercially useful, be fantastic tools for discoveries.” “What we're trying to do is go against that very fundamental principle—we're trying to build a bigger and bigger system that behaves ever more quantum.” “There is real power in mixing theory and experiment when tackling the challenges of quantum technology.”Listeners will enjoy a blend of scientific storytelling, personal insight, and a blueprint for building world-class quantum research hubs that advance both discovery and innovation.

(02:00): Forsvarsadvokat vurderer Sass-sagen. Medvirkende: Peter Secher, forsvarsadvokat. (16:00): Søfarstsstyrelsen har kontrolleret 79 skibe i indsats mod skyggeflåde. Medvirkende: Jakob Kjøgx Bohr, Journalist på Danwatch (30:00): Eksperter kritiserer Emil Thorups formidling af kosttilskud. Medvirkende: Morten Hostrup, lektor i humanfysiologi ved institut for Sundhed og Ernæring på Københavns Universitet. Værter: Anne Phillipsen & Nicolai Dandanell See omnystudio.com/listener for privacy information.

Question ouverte par et avec Alain Aspect, prix Nobel de physique 2022 pour avoir démontré et expérimenté l'impossible : la non localité et l'intrication quantique ! Il nous accompagne aujourd'hui, dans l'ombre portée d'Einstein, pour décrypter les enjeux colossaux de la physique quantique. (Rediffusion du 21/01/25) Comment aborder cette science de l'infiniment petit, si déroutante et contre-intuitive ? Comment une théorie peut-elle changer le monde ? Comment Alain Aspect lui même a-t-il  réussi à mener, avec les moyens du bord, une des expériences les plus décisives de notre temps, tranchant du même coup le débat qui opposait les deux géants de la physique Einstein et Bohr, tout en ouvrant des perspectives proprement vertigineuses en informatique quantique ? Où nous mènera cette seconde révolution quantique ? Avec Alain Aspect, Prix Nobel de physique 2022, directeur de recherche émérite au CNRS pour son ouvrage Si Einstein avait su, paru chez Odile Jacob.

Question ouverte par et avec Alain Aspect, prix Nobel de physique 2022 pour avoir démontré et expérimenté l'impossible : la non localité et l'intrication quantique ! Il nous accompagne aujourd'hui, dans l'ombre portée d'Einstein, pour décrypter les enjeux colossaux de la physique quantique. (Rediffusion du 21/01/25) Comment aborder cette science de l'infiniment petit, si déroutante et contre-intuitive ? Comment une théorie peut-elle changer le monde ? Comment Alain Aspect lui même a-t-il  réussi à mener, avec les moyens du bord, une des expériences les plus décisives de notre temps, tranchant du même coup le débat qui opposait les deux géants de la physique Einstein et Bohr, tout en ouvrant des perspectives proprement vertigineuses en informatique quantique ? Où nous mènera cette seconde révolution quantique ? Avec Alain Aspect, Prix Nobel de physique 2022, directeur de recherche émérite au CNRS pour son ouvrage Si Einstein avait su, paru chez Odile Jacob.

Langels, Otto www.deutschlandfunk.de, Andruck - Das Magazin für Politische Literatur

Hoy, 29 de julio de 2025, se cumplen precisamente cien años de la publicación de un artículo científico que cambiaría la física para siempre. Los físicos sabían desde el año 1900 que algo extraño ocurría en el mundo microscópico: Planck descubrió, a su pesar, que la energía parecía emitirse de forma discontinua, en paquetes o "cuantos". Einstein, por su parte, se dio cuenta de que gracias a estos cuantos se podía entender el efecto fotoeléctrico. Bohr reveló que si la energía estaba "cuantizada" el átomo debía tener niveles, o "pisos", en los cuales había que ubicar a los electrones. En definitiva, se sabía desde el año 1900 que la física tenía que ser cuántica. Sin embargo, a pesar de tener muy claro que los cuantos formaban parte de la física, o al menos de la física microscópica, nadie había conseguido integrarlos en una teoría física totalmente consistente. Todos los modelos cuánticos partían de la física "de toda la vida" y se imponían los cuantos sobre ella de forma arbitraria, en el lugar y el momento en que resolvieran tal o cual problema. Esto cambió el 29 de julio del año 1925. Un joven físico llamado Werner Heisenberg abordó la cuestión de si era posible construir un modelo mecánico que fuese cuántico desde el minuto 1. Para ello necesitaba una definición de las magnitudes físicas fundamentales, como la posición y la velocidad, que tuviera integrados los cuantos. No valía imponerlos después para que los resultados cuadrasen. La posición y la velocidad también tenían que ser cuánticas. ¿Cómo conseguiría deshacer este nudo gordiano? En el programa de hoy conmemoramos el centenario de la mecánica cuántica contándoos esta historia. ¿Qué son los cuantos? ¿Por qué era problemático integrarlos dentro de la física? ¿Y cómo lo logró Heisenberg en su legendario artículo de 1925? En este programa os hablaremos mucho de la historia de la teoría cuántica. Si queréis ampliar lo que os contamos hoy, podéis aprender sobre la teoría de Einstein del efecto fotoeléctrico, de 1905, en el episodio s04e05 de Aparici en Órbita. También podéis aprender más sobre la teoría atómica de Bohr, de 1913, en nuestro pódcast hermano, La Brújula de la Ciencia: os la contamos en detalle en los capítulos s02e31, s02e32 y s02e33. Si queréis aprender sobre el trabajo más famoso de Heisenberg, el Principio de Indeterminación, lo podéis encontrar en el capítulo s10e22 de La Brújula de la Ciencia. Y si queréis aprender sobre aspectos más generales de la teoría, os recomiendo algunos capítulos introductorios que tenéis en La Brújula de la Ciencia: son el s11e47, s01e09, s01e29, s05e01 y s07e40. En Aparici en Órbita también tenemos algún episodio más general: buscad el s02e15 y el s05e03. Este programa se emitió originalmente el 29 de julio de 2025. Podéis escuchar el resto de audios de Más de Uno en la app de Onda Cero y en su web, ondacero.es

Shelby Traynor traces the birth and irresistible growth of the quantum revolution.

Alles over Marjon en haar boeken op https://marjonbohre.nl , dit gesprek in video: https://youtu.be/jiUVryMuqRg

Einen NS-Staat im Staate bildete in den letzten Jahren des Zweiten Weltkriegs die sogenannte Wolfsschanze in Ostpreußen, deren Alltag der Historiker Felix Bohr nun in seinem Buch „Vor dem Untergang. Hitlers Jahre in der Wolfsschanze“ im Einzelnen beleuchtet. Rezension von Judith Leister

Einen NS-Staat im Staate bildete in den letzten Jahren des Zweiten Weltkriegs die sogenannte Wolfsschanze in Ostpreußen, deren Alltag der Historiker Felix Bohr nun in seinem Buch „Vor dem Untergang. Hitlers Jahre in der Wolfsschanze“ im Einzelnen beleuchtet. Rezension von Judith Leister

Sparrow Quantum er en dansk startup indenfor kvanteteknologi. I foråret 2025 rejste virksomheden 160 millioner kroner til investering i virksomheden. Avisoverskrifterne udråbte Sparrow Quantum til kvanteteknologiens Nvidia - firmaet hvis chips har revolutioneret AI.Sparrow Quantum har med udgangspunkt i Niels Bohr Instituttet lavet grundforskning om til forretning ved at udvikle en chip, der arbejder med fotonisk kvanteteknologi. Den er slags "lyskanon", der styrer lyset ned på til mindste lyspartikel med meget stor præcision. Det åbner døren til en hel række nye teknologier som for eksempel kvantekommunikation, der er en ny form for sikker kommunikation, som kan sikre mod at kvantecomputere i fremtiden kan bryde vores krypterede koder og information.Det gør Sparrow Quantum til en interessant virksomhed for forsvarsindustrien, og derfor har virksomheden deltaget i Udenrigsministeriets arbejde med kvanteteknologi i regi af NATO.Hør CEO Kurt Stokbro i Sparrow Quantum fortælle historien.Link:https://sparrowquantum.com/

Cos'è un atomo? Significato e struttura dell'atomo, definizione e numero atomico. Spiegazione della differenza tra i modelli atomici, il più famoso dei quali è quello di Bohr.

What happens when physics meets the big questions of philosophy? Neil deGrasse Tyson and comic co-host Chuck Nice sit down with Elise Crull, philosopher of physics at CUNY and author of The Einstein Paradox, to explore physics, philosophy, and how thought experiments shape real science. NOTE: StarTalk+ Patrons can listen to this entire episode commercial-free here: https://startalkmedia.com/show/the-philosophy-of-physics-with-elise-crull/Thanks to our Patrons Jason Dobbins, Robert Egoroff, Steven Rodby, David Miller, BiologyBob, Charles William McDonald, kara lockmiller, Cade Solsbery, Cakery, Eugene Swimmer, Andrew Di Bello, Bob Patterson, Melissa Buchter, Mathew, Mike Dockins, A Wade, Harrison Netherway, Padraic Hagerty, Bryan Nusbaum, Jorge Daniel, Samir Banerjeesh, Chad Salter, Helix, Mohammad Imrul Kayes, Bryson Taylor, Mickey Kellam, Susan Pingree, ThatStratosPlayer!?, Sam Tuttle, Henock Taddese, Rosemarie Boll, Alex Pilon, Trevor Carpenter, Max Laarmann, Melissa Hannah, Donna Van Benschoten, David Quilloy, John Kordyback, Tony S, Francisco Rubiolo, Mallory Boyd, Briana Green, Laurie Smith, Grey Gorman, Mark Bentley, Joseph Formisano, Velovinovicci, tosha ristoff, Isaac Woosley, Lucas Legey, and Carl Dalby for supporting us this week. Subscribe to SiriusXM Podcasts+ to listen to new episodes of StarTalk Radio ad-free and a whole week early.Start a free trial now on Apple Podcasts or by visiting siriusxm.com/podcastsplus.

(00:20): Færger udsat for GPS-manipulation under Folkemødet. Medvirkende: Jakob Kjøgx Bohr, journalist på Danwatch med særligt øje på den russiske skyggeflåde. (13:00): Lektor: Skolerne mangler redskaber til at få specialbørn eksamensparate. Medvirkende: Louise Bøttcher, lektor i neuropsykologi ved Aarhus Universitet og medlem af Det centrale handicapråd. (30:00): Confino callede indblanding fra USA i konflikter i Mellemøsten for måneder siden. Værter: Mathias Wissing & Kasper HarboeSee omnystudio.com/listener for privacy information.

El éxito con Pep Martorell me confirmó que hay lugar para la ciencia en este podcast. Si Kapital está funcionando es porque hago lo que quiero, no lo que me pide la audiencia. A fin de cuentas, ¿qué es la audiencia? ¿La opinión mayoritaria entre unos oyentes? ¿Por qué deberían ellos tener razón y no el resto? ¿No sería una locura organizar las decisiones de la sociedad siguiendo este sistema? Los dos capítulos más escuchados de Kapital, el de Raggio y el de Recuenco, no eran a priori los más pedidos. El éxito es siempre una consecuencia, cuando alguien comparte un producto genuino.Este episodio sobre ciencia y matemáticas es ya uno de mis favoritos de las cuatro temporadas de Kapital. La mecánica cuántica es un concepto complejo (quizá imposible de comprender) pero José Ignacio lo describe con palabras que te permiten acercarte a él. Así arranca Cuántica, su tratado sobre la mayor revolución científica hasta la fecha. “El postulado I de la mecánica cuántica establece que la información que tenemos sobre un sistema físico viene descrita por un objeto matemático que llamamos función de onda. Podemos predecir, por ejemplo, lo que hará un electrón, pero no lo que es un electrón en su esencia más íntima. Tampoco sabremos por qué existe un electrón. Solo sabremos manipular la información que lo describe. Parece difícil de comprender. Repitámoslo: la función de onda contiene toda la información que podemos disponer de un sistema. Toda. Hace falta caminar despacio.”Y esto es lo que escribió el loco de Labatut en Un verdor terrible: “Mira la mecánica cuántica, por ejemplo, la joya de la corona de nuestra especie, la teoría física más precisa, hermosa y con mayor alcance que hemos inventado. Está detrás de internet, de la supremacía de nuestros teléfonos celulares, y ofrece la promesa de un poder computacional solo comparable a la inteligencia divina. Ha transformado nuestro mundo hasta volverlo irreconocible. Sabemos cómo usarla, funciona por una suerte de milagro, y sin embargo no hay un alma en este planeta, nadie vivo o muerto, que realmente la entienda. La mente no puede lidiar con sus paradojas y contradicciones. Es como si la teoría hubiese caído a la Tierra al igual que un monolito proveniente del espacio, y nosotros sencillamente gateamos a su alrededor como simios, jugando con ella, lanzándole piedras y palos, sin ninguna comprensión verdadera.”Kapital es posible gracias a sus colaboradores:⁠Indexa Capital⁠. Gestión pasiva en fondos indexados.No es fácil encontrar un lugar seguro para tu dinero. En un mercado lleno de productos tramposos, me gusta colaborar o poner el micro a los pocos gestores, pasivos o activos, con una propuesta honesta. La fortaleza de Indexa Capital, que entraría dentro de la gestión pasiva, es una cartera de bajo coste y diversificada. Dos de sus fundadores, Unai y François, han pasado por el podcast. Si te interesa, aquí tienes mi enlace de registro para ahorrarte la comisión sobre los primeros 15.000 euros. Son tiempos inciertos en los mercados y esto significa que debes buscar opciones serias para tu dinero. Indexa Capital es sin duda una de ellas.Índice:1:30 Abandonar una posición de catedrático.11:09 El gran salón de la inspiración.21:25 Aprender a aprender.24:31 That's the story.32:41 Corrupción del incompetente.40:01 Paseos de Bohr por Copenhague.48:35 La ciencia va a la velocidad de la ciencia.55:05 El primer 0 y su posterior prohibición.1:01:24 Belleza en la secuencia de Fibonacci.1:05:15 Radiación de cuerpo negro.1:15:56 Determinismo estricto.1:21:21 Dios no juega a los dados.Apuntes:Cuántica. José Ignacio Latorre.Ética para máquinas. José Ignacio Latorre.La última voz. José Ignacio Latorre & Maite Soto-Sanfiel.Un verdor terrible. Benjamín Labatut.MANIAC. Benjamín Labatut.La utilidad de lo inútil. Nuccio Ordine.Tiempos de incertidumbre. Tobias Hürter.Donald en el país de las matemáticas. Walt Disney.El diablo de los números. Hans Magnus Enzensberger.

¿Estás seguro de que sabes respirar bien cuando corres? Descubre por qué mejorar tu respiración puede ser el entrenamiento más potente que nunca habías considerado… y cómo empezar hoy mismo. _______________________________________________________________ Newsletter para entrenadores: https://hijosdelaresistencia.com/para-entrenadores-que-quieren-dejar-un-legado/ ————————- Accede a la web de Fanté https://bit.ly/WebFant%C3%A9 Elige lo que prefieras: 10% descuento con el código PODCASTHDLR Acceso a regalos y formación exclusiva con el código REGALOHDLR ————————- Apúntate a nuestra Newsletter aquí: https://hijosdelaresistencia.com/un-email-semanal Entrena con nosotros: https://hijosdelaresistencia.com/formulario/ Accede a La Academia https://academia.hijosdelaresistencia.com/ ____________________________________________________________ También pueden seguirnos en nuestras redes sociales https://www.instagram.com/hijosdelaresistencia_oficial/ https://www.instagram.com/ruben.espinosa_/

In prior episodes, I have interviewed many people about the history of physics and physics-adjacent topics such as nuclear disarmament. Many of the physicists we have discussed also made forays into biology. Today I explore this transition of physicists working in biology with William Lanouette. Bill is a writer and public policy analyst who has specialized in the history of nuclear energy and nuclear weapons.

Kuhlmann, Michael www.deutschlandfunk.de, Andruck - Das Magazin für Politische Literatur

Humanity balances between two paths: self-destruction or self-revelation. In this rebroadcast from a popular episode from April 2024, Christine Barrington describes this critical inflection point and argues that dreams awaken us to the realm of purpose and meaning, arguing that every one of us has much to contribute to the path of humanity. Christine begins with James Braid then outlines the complicated history of science and consciousness including how they got separated in the first place, culminating with the philosophy of positivism which is the belief nothing exists that cannot be verified. She notes in contrast that most of the giants of quantum theory were also mystics including Planck (mentioning his book Where Science is Going) and also Einstein, Schrödinger, Heisenberg, Bohr, and Pauli. On the thread of consciousness,  she quotes Carl Jung and his work on the tension of the opposites and synchronicity, also Jon Kabat-Zinn, Ken Wilbur, and Joe Dispenza and the birth of neurophysiology and mindfulness. Christine brings it all together talking about Thomas Campbell and his book My Big TOE and his “theory of everything,” which argues that consciousness is the basis for everything and that we are here on this planet to learn and evolve that consciousness, one person at a time. She plays a quote of Campbell’s about how dreaming gives us information about our selves in that how we react in dreams is how we are. As we learn to be more living and present, then our dreams evolve too. Christine ends by sharing information about Thomas Campbell’s organization, the Center for the Unification of Science and Consciousness CUSAC.org. BIO: Christine Barrington has worked as a psychotherapist and transformational coach and is a seeker who has invested years searching for answers underlying the challenges of human existence.  Here are links to Christine’s previous Dream Journal shows: https://ksqd.org/dreaming-a-new-future-through-conscious-evolution-with-christine-barrington/ and https://ksqd.org/transformational-dreamwork-with-christine-barrington/ You can listen to a summary of Tom Campbell’s ideas here: https://youtu.be/uEuOGCEmiTg?si=tpp-ekVYiGwfR1I0 and listen to much more on his YouTube channel here: https://www.youtube.com/@twcjr44 This show, episode number 307, was broadcast on April 25, 2025 at KSQD.org, community radio of Santa Cruz. It is a replay of a show originally recorded April 27, 2024. Intro and outro music by Mood Science. Ambient music new every week by Rick Kleffel. Archived music can be found at Pandemiad.com. Many thanks to Rick for also engineering the show and to Tony Russomano for the answering the phones. The Santa Cruz Festival of Dreams is coming October 10-12, 2025! Mark your calendars now. Check our landing page at FestivalofDream.net and FB group page HERE or follow #KeepSantaCruzDreaming on FB and IG. SHARE A DREAM FOR THE SHOW or a question or enquire about being a guest on the podcast by emailing Katherine Bell at katherine@ksqd.org. Follow on FB, IG, LI, & YT @ExperientialDreamwork #thedreamjournal. To learn more or to inquire about exploring your own dreams go to ExperientialDreamwork.com. The Dream Journal aims to: Increase awareness of and appreciation for nightly dreams. Inspire dream sharing and other kinds of dream exploration as a way of adding depth and meaningfulness to lives and relationships. Improve society by the increased empathy, emotional balance, and sense of wonder which dream exploration invites. A dream can be meaningful even if you don’t know what it means. The Dream Journal is produced at and airs on KSQD Santa Cruz, 90.7 FM. Catch it streaming LIVE at KSQD.org 10-11am Pacific Time on Saturdays. Call or text with your dreams or questions at 831-900-5773 or email at onair@ksqd.org. Podcasts are available on all major podcast platforms the Monday following the live show. The complete KSQD Dream Journal podcast page can be found at ksqd.org/the-dream-journal/. Closed captioning is available on the YouTube version of this podcast and an automatically generated transcript is available at Apple Podcasts. Thanks for being a Dream Journal listener! Available on all major podcast platforms. Rate it, review it, subscribe, and tell your friends.

Today on Online for Authors, guest-host Carole O'Neill interviews Audrey Gale, author of the book The Human Trial. Audrey Gale long dreamed of being a writer, but never anticipated the circuitous road she'd take to get there. After twenty-plus years in the banking industry, she grew tired of corporate gamesmanship and pursued her master's in fiction writing at the University of Southern California.   Her first novel, a legal thriller entitled The Sausage Maker's Daughters, was published under the name A.G.S. Johnson. The novel explores one woman's struggle to find her place amidst the upheaval of the radical 1960s. Her second, The Human Trial, is the first book in a medical-thriller trilogy inspired by Gale's own experiences with the gap between traditional medicine and approaches based on the findings of the great physicists of the 20th Century, like Einstein and Bohr. Both The Sausage Maker's Daughters and The Human Trial incorporate Gale's fascination with historical and scientific research, and always with women finding their places.   Gale lives in Los Angeles with her husband and dogs where she is found hiking the Santa Monica Mountains every chance she gets.   In her book review, Carole stated that The Human Trial showed that a small number of high school students graduate early and get accepted into a college program of their dreams. Very few graduate high school at 16 years old and go on to get a full-ride at Harvard University. However, Randy Archer, the son of a steel-mill worker in Pennsylvania, does just that.   Audrey, the author of The Human Trial, takes you back to the 1920s, against the backdrop of The Great Depression, and introduces us to Archer as he is still living at home with his father and older brothers. They all expect him to follow them to a life in the steel mill. He has another idea, but no financial way to fulfill that dream.   Gale describes how Archer defies the odds, with the help of his high school counselor and her friend at Harvard. She convinces Archer he will be mentored alone the way to a degree at the prestigious university unavailable to many.   During his years as a graduate student studying to become a pathology researcher, he meets a physics student, Adam Wakefield, working on his PhD. He's developed a much-advanced microscope which allows the two students to discover a way to offer a non-traditional healing method to terminal patients.   There is, of course, a love interest that Archer can't quite understand. Why such a beautiful girl from Boston's Beacon Hill would be interested in him, stymies him. Gale keeps you believing they will make the perfect marriage, or will they?   The Human Trial has something for everyone: medical science, academic scheming, blue-collared families vs. Boston Brauhmans, and an impossible secret discovery everyone wants a piece of. This is a book that will keep you pulling for the underdog until the final pages.   Subscribe to Online for Authors to learn about more great books! https://www.youtube.com/@onlineforauthors?sub_confirmation=1   Join the Novels N Latte Book Club community to discuss this and other books with like-minded readers: https://www.facebook.com/groups/3576519880426290   You can follow Author Audrey Gale Website: https://audreygaleauthor.com/ FB: @Audrey Gale Author IG: @audreygaleauthor   Purchase The Human Trial on Amazon: Paperback: https://amzn.to/3DquTdM Ebook: https://amzn.to/4hgoaRm   Teri M Brown, Author and Podcast Host: https://www.terimbrown.com FB: @TeriMBrownAuthor IG: @terimbrown_author X: @terimbrown1   Want to be a guest on Online for Authors? Send Teri M Brown a message on PodMatch, here: https://www.podmatch.com/member/onlineforauthors   #audreygale #thehumantrial #suspense #historicalfiction #terimbrownauthor #authorpodcast #onlineforauthors #characterdriven #researchjunkie #awardwinningauthor #podcasthost #podcast #readerpodcast #bookpodcast #writerpodcast #author #books #goodreads #bookclub #fiction #writer #bookreview *As an Amazon Associate I earn from qualifying purchases.

This week on the podcast, host Joanna Roche sits down with Nikoline Bohr — artist, treasure hunter, and program assistant at the Maria Mitchell Association. Nikoline shares the story of her journey to Nantucket, her educational background, and how her creative spirit and curiosity fuel both her art and her love of uncovering hidden gems. She also gives us a look behind the scenes at her work with the MMA and what inspires her on and off the island. To learn more about the Maria Mitchell Association visit https://www.mariamitchell.org/. 

It's such an honor to welcome Giuseppe Longo to the pod! Professor Giuseppe Longo is the Research Director Emeritus at Centre National de la Recherche Scientifique at the École Normale Supérieure in Paris. His work spans mathematics, computer science, biology, especially through the connective theoretical tissue of epistemology. Our conversation orbits around the limitations (or specific capacities) of computation, especially as computation becomes more and more central to mainstream theories of thought, being, life, and even physics. Longo pushes back on computationalism, grounding his critique in the sciences and in mathematics, especially as it becomes more and more established as an ideological foundation underneath applied biological research. No, for Longo the body is not a computer, the brain is not a computer, the world is not a computer, and the universe is not a computer — a computer is something altogether very specific, and should be afforded the dignity of its specificity. The title of this episode (imperative pythagoreanism) refers to pythagoreanism (the ancient worship of numbers in the 6th-4th century cult of Pythagorus, specifically the idea that the universe is fundamentally made of and reducible to numbers) and the imperative mode of computation (a determinative command structure).

Quantum mechanics has transformed our understanding of reality, but how did we get here? In this episode, we celebrate the International Year of Quantum, marking 100 years since the birth of this groundbreaking field. From the fierce debates between Einstein and Bohr to the mind-bending implications of superposition and entanglement, we explore how quantum mechanics... The post #320 International Year of Quantum: 100 Years of Quantum Mechanics first appeared on Engineering Matters.

Lise Meitner was the most important female physicist of the 20th century. She made fundamental discoveries on the atom, including, most famously, being the first to discover the idea of fission. This she did as she puzzled over experimental results generated by her colleague Otto Hahn. Hahn, but not Meitner, received the Nobel Prize in Chemistry for this monumental discovery. More generally, Meitner overcame profound obstacles facing women in science to become a central figure in physics during its heyday as she worked with the likes of Niels Bohr and Albert Einstein to understand the atom, and hence the universe. With us to discuss the life and legacy of Lise Meitner is Marissa Moss. Marissa is the award-winning author and illustrator of over 70 books for children and young adults, including the book we discuss today, The Woman Who Split the Atom: The Life of Lise Meitner.

Ruslands såkaldte skyggeflåde sejler rundt i vores farvande for at kringle sig uden om Vestens sanktioner. De kæmpestore olieskibe har uigennemskuelige ejerforhold og tvivlsomme tilladelser og forsikringer. Og så har de lasten fuld af russisk olie, som kan finansiere Putins krig i Ukraine. Og sejlruten? Den går lige igennem Danmark. Og som om det ikke var nok, at skibene undergraver Europas sanktioner mod russisk olie, så udgør flådens gamle skibe også sikkerhedsrisiko for vores have og kyster. I dette afsnit af ‘Du lytter til Politiken’ forklarer graverjournalist Jakob Kjøgx Bohr fra mediet Danwatch, hvordan de skibe, der får Putins beskidte olieeventyr til at lykkes, kommer fra danske rederier som Mærsk.See omnystudio.com/listener for privacy information.

Question ouverte par et avec Alain Aspect, prix Nobel de physique 2022 pour avoir démontré et expérimenté l'impossible : la non localité et l'intrication quantique ! Il nous accompagne aujourd'hui, dans l'ombre portée d'Einstein, pour décrypter les enjeux colossaux de la physique quantique. Comment aborder cette science de l'infiniment petit, si déroutante et contre-intuitive ? Comment une théorie peut-elle changer le monde ? Comment Alain Aspect lui même a-t-il  réussi à mener, avec les moyens du bord, une des expériences les plus décisives de notre temps, tranchant du même coup le débat qui opposait les deux géants de la physique Einstein et Bohr, tout en ouvrant des perspectives proprement vertigineuses en informatique quantique ? Où nous mènera cette seconde révolution quantique ?Avec Alain Aspect, Prix Nobel de physique 2022, directeur de recherche émérite au CNRS pour son ouvrage Si Einstein avait su, paru chez Odile Jacob.

Question ouverte par et avec Alain Aspect, prix Nobel de physique 2022 pour avoir démontré et expérimenté l'impossible : la non localité et l'intrication quantique ! Il nous accompagne aujourd'hui, dans l'ombre portée d'Einstein, pour décrypter les enjeux colossaux de la physique quantique. Comment aborder cette science de l'infiniment petit, si déroutante et contre-intuitive ? Comment une théorie peut-elle changer le monde ? Comment Alain Aspect lui même a-t-il  réussi à mener, avec les moyens du bord, une des expériences les plus décisives de notre temps, tranchant du même coup le débat qui opposait les deux géants de la physique Einstein et Bohr, tout en ouvrant des perspectives proprement vertigineuses en informatique quantique ? Où nous mènera cette seconde révolution quantique ?Avec Alain Aspect, Prix Nobel de physique 2022, directeur de recherche émérite au CNRS pour son ouvrage Si Einstein avait su, paru chez Odile Jacob.

Humanity's understanding of the universe radically altered with the advent of quantum mechanics in the early 20th century. The theory of quantum mechanics describes how nature behaves at or below the scale of atoms, and the road to that theory was littered with seemingly insurmountable obstacles. With us to discuss the development of quantum mechanics, and the major schools of thought represented by Neils Bohr and Albert Einstein, is Jim Baggott. Today we discuss many of the key players in the development of quantum mechanics, including Bohr, Einstein, Wolfgang Pauli, Werner Heisenberg, Erwin Schrödinger, Max Planck, and Max Born.

In his second Sophia Lecture, Dr Iain McGilchrist gives a bracing, counterintuitive account of the fundamental categories of our experience of the world. McGilchrist shows how fundamental binaries—such as stasis and motion, simplicity and complexity, order and randomness, and even straight lines and curves—do not occur in nature in ways that conform to our assumptions about an inert, independent, and predictable universe. Drawing from disciplines as disparate as physics, mathematics, biology and art, McGilchrist shows that asymmetry is not simply a principle of vitality, harmony, and beauty. McGilchrist argues that asymmetry is primary, a reality that is prior to symmetry and which forms the basis of the very symmetries in nature and the arts to which it gives rise. The dynamism which results from the drive to balance and to resist balance is at the root of the vigor of natural systems, the beauty that they embody, and which the arts then reflect. With examples ranging from the elegance of the golden ratio to the structure of the human brain, McGilchrist's lecture offers a fresh perspective on the nature of patterns in complex systems and human creations. His work invites us to search for wholeness, harmony, and connection from a set of starting points which are as surprising as they are fruitful; as always, he challenges us to see our world in new—and newly unified—ways. Authors and Works Mentioned in this Episode: Johann Sebastian Bach John Donne - “Holy Sonnet 7: At the round earth's imagin'd corners” Gerard Manley Hopkins - “Carrion Comfort” Werner Heisenberg - Physics and Beyond: Encounters and Conversations with Einstein, Planck, Dirac, Bohr, and Other Physicists of Our Time Alexander Pope - “The Rape of the Lock” Iain McGilchrist - The Master and his Emissary Pierre Curie Chien-Shiung Wu Nassim Nicholas Taleb - Antifragile: Things That Gain from Disorder Aesop Heraclitus Democritus Leonardo da Vinci Louis Pasteur Rong Li & Bruce Bowerman - “Symmetry breaking in biology” Arthur Koestler Aristotle Oliver Sacks Thomas Holstein Tim Crow Onur Güntürkün Jane Clark & Daniel Simons (Christopher Chabris) - Gorillas in Our Midst Jonathan Rowson Alastair McIntosh Richard Dawkins Nikolaj Nikolaenko Luciano Laurana Giorgio Martini - Ideal City Raphael - The School of Athens Andrea Palladio William Blake - “The Tyger” Theodosius II Christ Pantocrator Georg Wilhelm Friedrich Hegel John P. McGovern William Osler William Alwyn Lishman William Shakespeare - King Lear John Cleese Wolfgang Amadeus Mozart Sir Roger Scruton

Putin har lärt sig av Irans sanktionsmaffia och lyckas runda västs sanktioner och sälja olja över pristaket med hjälp av en skuggflotta. Detta avsnitt sändes första gången den 10 maj 2024. Lyssna på alla avsnitt i Sveriges Radio Play. Västvärlden har infört historiskt hårda sanktioner mot Ryssland efter den fullskaliga invasionen av Ukraina 2022. Men trots det fortsätter pengar att rulla in i krigsindustrin, då Ryssland ställt om sin ekonomi och sin handel. Och då Ryssland via en så kallad skuggflotta kan sälja olja över pristaket på 60 dollar fatet, som är en del av sanktionerna. Konflikt åker till Skagen, till Jyllands nordligaste spets och hittar fartyg som flaggar för Gabon, Antigua Barbuda och Panama, och en stor svart oljetanker som misstänks tanka den ryska skuggflottan. Skagenbon Ole Riis ser dagligen skuggflottan inifrån i sitt arbete som lots.– Det är galet att de kan ligga här och bunkra ostört, säger han.Ryssland har kunnat ställa om och köpa in en skuggflotta rekordsnabbt. Men de har haft en bra konsult: Iran, som efter decennier av sanktioner skapat ett parallellt system för att runda sanktionerna och en så kallad sanktionsmaffia. Medverkande: Ole Riis, Skagenbo och lots, Jakob Kjøgx Bohr, undersökande journalist vid Danwatch, Nadereh Chamlou, analytiker vid den amerikanska tankesmedjan Atlantic Council, Tobias Billström, utrikesminister, Maria Berlin, nationalekonom vid Handelshögskolan, Mattias Lindholm, kommunikatör Kustbevakningen mflProgramledare: Fernando Ariasfernando.arias@sr.seReporter: Rouzbeh DjalaieTekniker: Fabian BegnertProducent: Anja Sahlberganja.sahlberg@sr.se

Det var ikke bare verdens allermindste bestanddele, den danske fysiker og Nobelpristager Niels Bohr forstod og kunne forklare med kvantemekanikken. Han forstod også, hvordan man får nogle af de skarpeste hjerner til at arbejde sammen om at gøre endnu større opdagelser. Og sådan forvandlede han for 100 år siden et hus på Blegdamsvej i København til en internationale metropol for videnskabsmænd. Men tænk nu, hvis vi kunne gøre det igen. Få folk på tværs af fag til at tænke og tale sammen. Man kunne opføre en stor, supermoderne bygning, samle en stribe naturvidenskabelige fag under samme tag og opkalde den efter Bohr. Hvad kan gå galt? Svaret kender vi i dag: Så godt som alting. Dagens gæst i 'Du lytter til Politiken' er Politikens arkitekturskribent og anmelder Karsten Ifversen, som tager os med på en meget lang og meget dyr rejse.See omnystudio.com/listener for privacy information.

BONUS EPISODE! Join me for a conversation with President and COO of SparkEffect, Kim Bohr as we kick off our partnership to provide you with actionable content for the next year on their podcast subseries, Courage to Advance. We talk about Kim's journey and work in helping leaders embrace change and marry data, technology, and human-centric practices to achieve success. You will love her insights on how to build resilience in today's rapidly changing landscape, and how integrating innovative technology, data-driven insights, and the human touch is the winning recipe for success in our times.We kick off our partnership where SparkEffect will be offering you monthly insights, actionable takeaways, and inspiring stories of leadership transformation and the role empathy plays in success. Tune in every 3rd Thursday, right here on The Empathy Edge! To access the episode transcript, please search for the episode title at www.TheEmpathyEdge.comKey Takeaways:AI is not going away - the more we lean in and understand, the more we can leverage it for ourselves, our clients, and our organizations.Leveraging AI in your creative endeavors is great to bounce ideas off of, especially for those who work solo.All change involves bringing people along with you. The human need for information, reassurance, connection, and upskilling never disappears. Only the challenge in front of us changes. "We believe that AI and data-driven insights are about augmenting and elevating that people-centered approach. And that's why we find the data, along with the very skill-based empathetic approach, is where the superpower is unleashed for leaders and organizations." — Kim BohrFrom Our Partner:SparkEffect partners with organizations to unlock the full potential of their greatestasset: their people. Through their tailored assessments and expert coaching at every level, SparkEffect helps organizations manage change, sustain growth, and chart a path to a brighter future.Go to sparkeffect.com/edge now and download your complimentary Professional and Organizational Alignment Review today.About Kim Bohr, President & COO, SparkEffectKim is a published author, speaker, and entrepreneur at heart. As the President and COO of SparkEffect, she brings over 25 years of experience as a cross-functional leader, executive and board advisor, and leadership and organization development professional. Kim has spent her career avidly studying and participating in companies with complex people and organizational dynamics. Making an impact on businesses is important to Kim. She stays inspired by the gratification that comes from unraveling challenging problems for individuals and companies. Her strong, strategic instincts, extensive experience, and the ability to create followership have shaped Kim into the leader she is today.Connect with Kim Bohr and SparkEffectSparkEffect: sparkeffect.comCourage to Advance recording and resources: sparkeffect.com/courage-to-advance-podcastLinkedIn: linkedin.com/company/sparkeffectLinkedIn for Kim Bohr: linkedin.com/in/kimbohr Connect with Maria: Get the podcast and book: TheEmpathyEdge.comLearn more about Maria and her work: Red-Slice.comHire Maria to speak at your next event: Red-Slice.com/Speaker-Maria-RossTake my LinkedIn Learning Course! Leading with EmpathyLinkedIn: Maria RossInstagram: @redslicemariaX: @redsliceFacebook: Red SliceThreads: @redslicemaria

In this podcast, we're going to talk about breathing. Deep breathing does not increase blood oxygen levels. In fact, it can cause dizziness, make you tired, and even make you pass out. Your red blood cells will not release oxygen unless enough carbon dioxide (CO2) is present. This is known as the Bohr effect. This means that the amount of oxygen released from your blood into your cells is dependent upon CO2. If you're breathing a lot or hyperventilating, you'll get too much oxygen and not enough CO2. Too much oxygen can be dangerous to the body. If you give a baby too much oxygen, it can cause blindness, an epileptic seizure, or a coma. Too much oxygen also causes oxidation. People in a panicked state experience acute hyperventilation. Chronic hyperventilation, also known as carbon dioxide syndrome, is a lack of carbon dioxide that occurs when a person is consuming too much air. This is often triggered by stress. Mouth-breathing can deplete CO2 and inhibit oxygen absorption at the cellular level. This can affect the heart and cause hypoxia, fatigue, insomnia, muscle twitching, and increased histamine. To fix this problem, you need to train your body to breathe properly to get oxygen deep into the cells by doing the following: 1. Relax your breathing. Take soft, gentle breaths through your diaphragm and stomach, not your upper chest. Breathe in slowly for 5 seconds and exhale for 5 seconds. Practice this before you sleep at night, while driving, or while watching TV. This simple breathing technique can help your body get out of fight-or-flight mode. You can even use a free app to help you time your breathing! 2. Breathe through your nose. Your nose cleans, humidifies, and filters the air before it enters your lungs. Nose breathing increases your oxygen by 20%! 3. Use nose strips. Nose strips can help open your airways and sinuses while you sleep to help you breathe better. 4. Use mouth tape. Mouth tape can help you breathe through your nose while you sleep. You can filter the air all night, get more oxygen, and sleep better. You won't wake up with a dry mouth, and you'll wake up feeling refreshed. Mouth tape might even stop your snoring! Book Link: https://www.amazon.com/Carbon-Dioxide...