Podcasts about bohr

Is disruption what breaks organizations, or is it something else? Disruption is everywhere – AI, constant change, leadership turnovers, shifting priorities.  Most organizations are trying to manage the risk, but what if managing risk is the wrong goal? What if it's not disruption that breaks organizations, but what happens to trust during a time of disruption? Trust impacts retention, reputation, and revenue. It can be measured, built, and strengthened. If you're not careful, it can be broken over time in the little moments and microdisruptions. As a leader, you already know that the emotional currents at work matter. But maybe you haven't seen just how crucial trust is to whether your organization bends or breaks in difficult times.  Kim Bohr, the expert behind organizational trust elasticity, teaches us how leaders can build the kind of trust that actually increases an organization's ability to navigate change. What she's found through measuring how much disruption an organization can handle before trust breaks will change how you think about leadership.   Leadership Lesson Highlights (00:00) Why Disruption Isn't Really the Problem (01:14) Introducing Kim Bohr and the Trust Elasticity Framework (03:19) What Is Causing Trust to Hit an All-Time Low in Organizations? (05:30) Why Should Leaders and Business Owners Care about Trust? (06:56) What are the Five Critical Domains of Organizational Trust? (09:47) What was the Biggest Breaker of Trust? (12:02) Why the Manager–Employee Relationship Matters Most During Disruption (16:07) Why Engagement Surveys Aren't Enough to Diagnose Trust Issues (17:18) The Three Most Common Trust Destroyers—And How to Avoid Them (19:37) The Real Reason Employees Are Angry After a Layoff (22:31) High Trust vs. Low Trust: What Sets Winning Organizations Apart (25:42) Simple, Actionable Ways to Build Trust Every Single Day (27:27) The Future of Organizational Trust   Links and Resources Mentioned Courage to Advance podcast https://sparkeffect.com/sparkeffect-podcast-courage-to-advance/   Connect with Kim Bohr https://www.linkedin.com/in/kimbohr/   About Andrea Butcher Andrea Butcher is a visionary business leader, executive coach, and keynote speaker—she empowers leaders to gain clarity through the chaos by being MORE of who they already are. Her experiences—serving as CEO, leading at an executive level, and working in and leading global teams—make her uniquely qualified to support leadership and business success. She hosts the popular leadership podcast, Being [at Work] with a global audience of over 600,000 listeners and is the author of The Power in the Pivot (Red Thread Publishing 2022) and HR Kit for Dummies (Wiley 2023).   Connect with Andrea https://www.abundantempowerment.com/   Connect with Andrea Butcher on LinkedIn  https://www.linkedin.com/in/leaderdevelopmentcoach/   Abundant Empowerment Upcoming Events https://www.abundantempowerment.com/events

De fleste har hørt om Schrödingers kat – tankeeksperimentet, der blev et ikon for kvantemekanikkens mærkelige paradokser og satte gang i debatter mellem giganter som Einstein og Bohr. Men det var ikke katten, der sikrede Erwin Schrödinger hans Nobelpris. Allerede i 1933 blev han hædret for sin bølgeligning, som beskriver, hvordan partikler som elektroner opfører sig, og som blev et af kvantefysikkens vigtigste værktøjer. Bag den videnskabelige succes gemte sig dog et privatliv, der ofte vakte opsigt. Gang på gang drog han videre – fra by til by, fra universitet til universitet. Med en skygge, der fulgte ham, som en kat med flere liv, der altid fandt nye begyndelser.Afsnittet er skrevet og tilrettelagt af Daniel StagstedFortalt af Lauge Hendriksen. Tor Arnbjørn er producer. René Slott står for lyddesign og mixHvis du kan lide min fortælling, så husk at gå ind og abonnér, give en anmeldelse og fortæl dine venner om podcasten.www.sciencereport.dk www.rakkerpak.nu 

I am delighted to connect with Sachin Patel today. Sachin is a father, husband, philanthropist, functional medicine practice success coach, speaker, author, breathwork facilitator, and plant medicine advocate. He is passionate about helping people activate their “inner doctor” through lifestyle medicine, breathwork, and greater self-awareness. Having had the privilege of knowing Sachin both personally and professionally, what stands out most is his unwavering commitment to helping people better understand their physiology so they can heal more effectively and live more intentionally. In today's conversation, we explore the connection between the autonomic nervous system, the vagus nerve, and overall health. Sachin shares insights on breath dynamics, diaphragm function, coherent breathing, CO₂ tolerance, the Bohr effect, the physiologic sigh, and the often-overlooked role of repressed emotions in physical well-being. We also discuss the importance of nature, circadian rhythms, sunlight, temperature regulation, and Sachin offers his recommendations for women in midlife and beyond. I also highly recommend his new book, Breath, Balance, and Burn, which was recently released. Stay tuned for a fascinating conversation on breath, healing, and the daily habits that shape how we feel, function, and age. IN THIS EPISODE, YOU WILL LEARN: How spending too much time in fight-or-flight mode prevents the body from entering a healing state How women's multiple roles and chronic stress, combined with midlife hormonal transitions, can create a “perfect storm” of sympathetic dominance and nervous system dysregulation How your breath reflects your emotional state  Why healing becomes difficult when the body remains in a fight-or-flight state The benefits of coherent breathing for oxygen delivery and nervous system regulation How the diaphragm serves as an access point to emotional regulation and nervous system control How our breathing patterns and nervous system state can influence the emotional state of others Sachin outlines practical techniques to help regulate stress, improve focus, increase energy, and prepare for sleep How modern indoor living disconnects people from their natural rhythms Connect with Cynthia Thurlow   Follow on X, Instagram & LinkedIn Check out Cynthia's website. Submit your questions to support@cynthiathurlow.com  Join other like-minded women in a supportive, nurturing community: The Midlife Pause/Cynthia Thurlow.  Purchase Cynthia's book, The Menopause Gut. Cynthia's Intermittent Fasting Transformation Book The Midlife Pause Supplement Line Connect with Sachin Patel On Facebook On Instagram On YouTube – The Living Light Reset Get instant access to The Breathe, Balance, Burn Training Program and Breathwork Bundle Purchase a copy of Sachin's Book, Breathe, Balance, Burn: How Fixing the Way You Breathe Resets Your Stress Hormones, Shrinks Your Belly, and Gives You Back the Energy and Calm You Thought Were Gone for Good, on Amazon.

Planck, Einstein, Bohr, Heisenberg, Schrödinger, Dirac… Son algunos de los científicos más brillantes del siglo XX que alumbraron la mecánica cuántica. En la actualidad, es la base fundamental de nuestra tecnología y sociedad de la información, aunque fue muy difícil de aceptar al principio porque desafiaba la intuición clásica y el determinismo científico. El desarrollo de la bomba atómica fue la prueba experimental más cruda y aterradora de aquellas teorías. Del desarrollo de esta rama de la física, con sus protagonistas y sus complicados conceptos hemos hablado con Sonia Fernández Vidal, autora de “La sombra de los dos soles” (Destino) y comisaria de la exposición “Revolución Cuántica” en el Espacio Fundación Telefónica. Pilar Quijada nos ha informado de una nueva estrategia contra la celiaquía desarrollada por científicos del CSIC y la universidad de Barcelona. Se trata de una enzima obtenida a partir de una molécula presente en una planta carnívora, que es capaz de degradar el gluten en condiciones muy ácidas, como las del estómago. Con testimonios de Xavier Gómis-Rüth (IBMB/CSIC), Marina Girbal-González (UB) y Francisco Pérez Cano (INSA/UB). Álvaro Martínez del Pozo nos ha hablado de las lipoproteínas, moléculas que se encargan de transportar en sangre grasas insolubles como el colesterol, y entre las que se encuentran las famosas LDL y HDL. En nuestro recorrido por el grupo de los halógenos pesados en la Tabla Periódica, Bernardo Herradón nos ha contado como se obtuvieron en laboratorio los elementos químicos astato y teneso y quienes fueron los descubridores del bromo y el iodo y los métodos empleados. Hemos informado del Premio Prince Asturias a los pioneros de la secuenciación rápida de ADN, los químicos británicos David Klenerman y Shankar Balasubramanian y el biofísico francés Pascal Mayer; y del Premio CSIC-Fundación BBVA de Comunicación Científica en la categoría de investigadores a Carlos Briones, del Centro de Astrobiología y colaborador de nuestro programa. También ha sido premiado Josep Corbella, redactor de La Vanguardia, en la categoría de periodistas. Escuchar audio

Planck, Einstein, Bohr, Heisenberg, Schrödinger, Dirac… Son algunos de los científicos más brillantes del siglo XX que alumbraron la mecánica cuántica. En la actualidad, es la base fundamental de nuestra tecnología y sociedad de la información, aunque fue muy difícil de aceptar al principio porque desafiaba la intuición clásica y el determinismo científico. El desarrollo de la bomba atómica fue la prueba experimental más cruda y aterradora de aquellas teorías. Del desarrollo de esta rama de la física, con sus protagonistas y sus complicados conceptos hemos hablado con Sonia Fernández Vidal, autora de “La sombra de los dos soles” (Destino) y comisaria de la exposición “Revolución Cuántica” en el Espacio Fundación Telefónica. Pilar Quijada nos ha informado de una nueva estrategia contra la celiaquía desarrollada por científicos del CSIC y la universidad de Barcelona. Se trata de una enzima obtenida a partir de una molécula presente en una planta carnívora, que es capaz de degradar el gluten en condiciones muy ácidas, como las del estómago. Con testimonios de Xavier Gómis-Rüth (IBMB/CSIC), Marina Girbal-González (UB) y Francisco Pérez Cano (INSA/UB). Álvaro Martínez del Pozo nos ha hablado de las lipoproteínas, moléculas que se encargan de transportar en sangre grasas insolubles como el colesterol, y entre las que se encuentran las famosas LDL y HDL. En nuestro recorrido por el grupo de los halógenos pesados en la Tabla Periódica, Bernardo Herradón nos ha contado como se obtuvieron en laboratorio los elementos químicos astato y teneso y quienes fueron los descubridores del bromo y el iodo y los métodos empleados. Hemos informado del Premio Prince Asturias a los pioneros de la secuenciación rápida de ADN, los químicos británicos David Klenerman y Shankar Balasubramanian y el biofísico francés Pascal Mayer; y del Premio CSIC-Fundación BBVA de Comunicación Científica en la categoría de investigadores a Carlos Briones, del Centro de Astrobiología y colaborador de nuestro programa. También ha sido premiado Josep Corbella, redactor de La Vanguardia, en la categoría de periodistas. Escuchar audio

The Origins of Two Cosmological Giants George Gamow was born in Odessa in 1904 to a schoolteacher father who had once taught Leon Trotsky, leading to a notable incident where Trotsky attempted to organize a student coup in the classroom by having every student sign a single letter of a protest petition to hide individual identities. Gamow'seducation eventually took him to the University of St. Petersburg, where his father famously sold the family silver to fund his studies under the mentorship of Alexander Friedmann, a meteorologist and balloonist who pioneered mathematical models of an expanding universe based on Einstein's general relativity. When Friedmann died at a young age after contracting typhoid following a high-altitude balloon flight, Gamow was forced to pivot from cosmology to quantum and nuclear physics, where he successfully modeled alpha particle decay and the process of quantum tunneling that allows particles of opposite charges to overcome energy barriers. This discovery laid the groundwork for understanding the fusion processes that fuel stars and led to the development of early particle accelerators. During his time at Niels Bohr's Institute in Copenhagen, Gamow became a legendary figure known for riding his motorcycle across Europe and using humorous cartoons to communicate with international colleagues when language barriers arose. His life took a dramatic turn when the Soviet regime began demanding that scientific research align with Marxist-Leninist philosophy, prompting Gamow to attempt a daring but unsuccessful escape in a rubber kayak across the Black Sea toward Turkey. He and his wife were eventually able to defect to the West in 1933 after Bohr arranged for him to represent the Soviet Union at the Solvay conference, allowing Gamow to ultimately settle at George Washington University and begin his influential work on the "Big Bang" theory. Guest Author: Paul Halpern. (1/4)FEBRUARY 1957

SPONSORS:- Accelerate your efficiency. Sign up for your one-dollar-per-month trial today at http://shopify.com/theories- Go to https://shortform.com/toe for a free trial and an exclusive $50 OFF on your annual subscription- I subscribe to The Economist for their science and tech coverage. As a TOE listener, get 35% off! No other podcast has this: https://economist.com/TOESlavoj Žižek doesn't answer your question — he dismantles it, rebuilds it, and hands you something stranger and more useful than what you started with. Philosopher, provocateur, and self-described pessimist, he's spent decades insisting on something most thinkers shy away from: that freedom isn't the absence of necessity — it's the moment you choose what you fundamentally are. The fall comes first. Paradise was never real to begin with. Reality is the gap, not the thing on either side of it. FOLLOW: - Spotify: https://open.spotify.com/show/4gL14b92xAErofYQA7bU4e - Substack: https://curtjaimungal.substack.com/subscribe - Twitter: https://twitter.com/TOEwithCurt - Discord Invite: https://discord.com/invite/kBcnfNVwqs - Crypto: https://commerce.coinbase.com/checkout/de803625-87d3-4300-ab6d-85d4258834a9 - PayPal: https://www.paypal.com/donate?hosted_button_id=XUBHNMFXUX5S4 TIMESTAMPS:- 00:00:00 - Socrates and Radical Freedom- 00:05:02 - Quantum Indeterminacy vs. Freedom- 00:10:06 - Ontological Collapse Paradoxes- 00:15:07 - Adorno and Social Antinomies- 00:20:36 - Democritus: Less Than Nothing- 00:25:40 - Sartre and Existential Choice- 00:30:45 - Freudian Death Drive- 00:36:01 - Heidegger and Hysterical Awareness- 00:42:10 - Imp of Perversity- 00:48:07 - Einstein vs. Bohr- 00:53:15 - God's Ontological Laziness- 00:58:17 - Hegel's Retroactive Necessity- 01:03:41 - Digital Spirituality and AI- 01:09:18 - Stalin and Failed Projects- 01:14:41 - Hegel in a Wired Brain- 01:20:10 - Religious Convictions and Physics- 01:25:12 - Zen Buddhism and WarLINKS MENTIONED: - Slavoj's Books: https://amazon.com/stores/author/B000APK7P8- Philosophical Investigations into Human Freedom: https://amazon.com/dp/0791468747?tag=toe08-20- Freedom: A Disease Without Cure: https://amazon.com/dp/1350559164?tag=toe08-20- Groundwork of the Metaphysic of Morals: https://www.earlymoderntexts.com/assets/pdfs/kant1785.pdf- Binding, Minds & the Platonic Realm [Lecture]: https://youtu.be/0BVM0UC28nY- Quantum Healing: https://amazon.com/dp/0553348698?tag=toe08-20- Republic of Silence: https://www.theatlantic.com/magazine/archive/1944/12/paris-alive-the-republic-of-silence/656012/- Discourse on the Origin of Inequality: https://amazon.com/dp/0486434141?tag=toe08-20- Beyond the Pleasure Principle: https://www.sas.upenn.edu/~cavitch/pdf-library/Freud_Beyond_P_P.pdf- Philosophy of Spirit: https://www.marxists.org/reference/archive/hegel/jlindex.htm- Hegelian Reading of the New Science of Consciousness: https://www.crisiscritique.org/storage/app/media/2025-08-25/slavoj-zizek.pdf- The Mirror Stage: https://english.hku.hk/staff/kjohnson/PDF/LacanMirrorStageECRITS.pdf- Being and Time: https://amazon.com/dp/0061575593?tag=toe08-20- Less Than Nothing: https://amazon.com/dp/1781681279?tag=toe08-20- The Imp of the Perverse: https://web.english.upenn.edu/~cavitch/pdf-library/Poe_Imp.pdf- Einstein-Bohr Debate: https://www.marxists.org/reference/subject/philosophy/works/dk/bohr.htm- Ages of the World: https://amazon.com/dp/1438474059?tag=toe08-20- Quantum History: https://amazon.com/dp/135056642X?tag=toe08-20- Phenomenology of Spirit: https://amazon.com/dp/0198245971?tag=toe08-20- Philosophy of Right: https://www.marxists.org/reference/archive/hegel/works/pr/preface.htm- White Holes: https://amazon.com/dp/B0BTKZVJJK?tag=toe08-20- Science of Logic: https://amazon.com/dp/1542519918?tag=toe08-20- End of History and the Last Man: https://amazon.com/dp/0743284550?tag=toe08-20More links at https://curtjaimungal.substack.com Guests do not pay to appear. #science Learn more about your ad choices. Visit megaphone.fm/adchoices

Episode: 3368 The possibility that there exists a reality out of reach of any human science.  Today, we wonder what's real.

Dýchání děláme každý den. Automaticky. Bez přemýšlení. Ale co když právě dech je jedna z nejdůležitějších věcí pro naše zdraví, výkon i psychiku a většina z nás ho dělá špatně?V dnešním díle si budeme povídat o něčem, co ovlivňuje úplně všechno. Od energie přes sportovní výkon až po to, jak zvládáme stres. A přesto tomu většina lidí nevěnuje téměř žádnou pozornost.Naším hlavním hostem je Rostislav Václavek, se kterým rozebereme, proč je dech možná důležitější, než si myslíte. Proč dnes lidé dýchají jinak než dřív. A proč je dech jedna z mála funkcí v těle, kterou dokážeme vědomě ovlivnit a tím změnit fungování celého organismu.Dostaneme se i k tomu, jestli je dýchání pusou při běhu problém, proč není CO₂ nepřítel, ale naopak klíčový hráč v těle, a jak funguje takzvaný Bohrův efekt, tedy jak tělo skutečně pracuje s kyslíkem.Probereme i konkrétní příklady z praxe, třeba co stálo za výkonem Emila Zátopka nebo jak s dechem pracuje Jirka Procházka.A hlavně, co můžete udělat vy sami pro to, abyste dýchali lépe, měli víc energie a fungovali efektivněji. Protože možná nejde jen o to, kolik kyslíku nadechnete… ale jak s ním vaše tělo dokáže pracovat.

In today's episode, we're taking a detour from our usual peptide discussions to dive into one of my absolute favorite biohacking devices: the carbon dioxide therapy inhaler from CarboGenetics. I know what you're thinking—why would we want to inhale CO2 when we usually focus on getting more oxygen? It all comes down to a fascinating physiological mechanism called the Bohr effect. I'll break down the science of how inhaling small amounts of carbon dioxide actually forces your hemoglobin to release more oxygen into your tissues, significantly boosting cerebral blood flow, accelerating wound healing, and enhancing exercise performance. We'll explore the history of CO2 therapy, from ancient volcanic vents to modern clinical studies showing impressive results in tumor oxygenation and hearing recovery. I'll also share my personal routine for using the device, including the optimal concentrations and timing for morning wakefulness, pre-workout endurance, and afternoon brain energy. Whether you're a hard-charging entrepreneur looking to regulate your nervous system or an athlete wanting an edge in the gym, this affordable biohack might just be the missing piece in your wellness routine. Tune in to learn how to harness the power of the carbonated body!Buy Carbogenetics Here(code HUNTERW for 15% off): https://carbogenetics.com/co2inhaler/The Carbonated Body Book: https://thecarbonatedbody.com/Website: ⁠⁠⁠https://hunterwilliamshealth.com/⁠⁠Get my FREE Cheatsheet: ⁠https://hunterwilliamshealth.com/peptidecheatsheet⁠Join My Private Group: ⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠https://theaxioncollective.manus.space/⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠Get My Book On Amazon: ⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠https://a.co/d/avbaV48Download⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠Supplement Sources: ⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠https://hunterwilliamssupplements.carrd.co/⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠Amazon Storefront: ⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠https://www.amazon.com/shop/hunterwilliams/list/WE16G2223BXA?ref_=cm_sw_r_cp_ud_aipsflist_R7QWQC0P1RACB2ETY3DY⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠Socials:Instagram: ⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠https://www.instagram.com/hunterwilliamscoaching/⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠Video Topic Request: ⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠https://hunterwilliamsvideotopic.carrd.co/⁠⁠⁠⁠⁠

Unlock the secrets to maximizing your fitness results with our award-winning podcast! In this episode of the “Master Instructor Roundtable,” hosts Wendy Batts, and Marty Miller, dive deep into the "15-Minute Warmup"—revealing proven strategies, science-backed techniques, and practical solutions for prepping your body and your clients for peak performance. What You'll Learn: Why the warmup matters: Discover the science behind movement prep, muscle activation, and the Bohr effect for explosive power How to optimize warmups: Audit and streamline your routine based on client needs, day-to-day compensations, and training phases. Phase-specific strategies: Learn how to tailor the warmup for stabilization, strength, and power—and avoid the common "treadmill trap"! Real-world coaching tips: Handling late clients, quick 5-minute emergency routines, and anchoring compliance to performance gains. Three-point audit check: Ensure your warmup covers the key movement compensations and kinetic chain checkpoints—essential for injury prevention and maximum results. Why Watch? Whether you're a personal trainer, group fitness instructor, or dedicated athlete, this episode gives you actionable advice to elevate every session. Stop skipping the warmup—start leveraging it for faster progress, better results, and a safer training journey. Show References:   DeRuiter CJ, De Haan A. Temperature effect on the force/velocity relationship of the fresh and fatigued human adductor pollicis muscle. Pflugers Arch. 2000 May;440(1):163-70. doi: 10.1007/s004240000284. PMID: 10864011.   Wilson CJ, Nunes JP, Blazevich AJ. The effect of muscle warm-up on voluntary and evoked force-time parameters: A systematic review and meta-analysis with meta-regression. J Sport Health Sci. 2025 Dec;14:101024. doi:10.1016/j.jshs.2025.101024. Epub 2025 Jan 25. PMID: 39864808; PMCID: PMC12357318.   NASM Certified Personal Trainer 7 (CPT) If you like what you just consumed, leave us a 5-star review, and share this episode with a friend to help grow our NASM health and wellness community!  The content shared in this podcast is solely for educational and entertainment purposes. It is not intended to be a substitute for professional advice, diagnosis, or treatment. Always seek out the guidance of your healthcare provider or other qualified professional. Any opinions expressed by guests and hosts are their own and do not necessarily reflect the views of NASM.  Introducing NASM One, the membership for trainers and coaches. For just $35/mo, get unlimited access to over 300 continuing education courses, 50% off additional certifications and specializations, EDGE Trainer Pro all-in-one coaching app to grow your business, unlimited exam attempts and select waived fees. Stay on top of your game and ahead of the curve as a fitness professional with NASM One. Click here to learn more. https://bit.ly/4ddsgrm

Pascale SenellartChaire annuelle Innovation technologique Liliane Bettencourt (2025-2026)Collège de FranceAnnée 2025-2026Colloque : Light-based Quantum TechnologiesPascale Senellart, chaire Innovation technologique Liliane BettencourtColloque - Serge Haroche : Rydberg Atoms Interacting with Light: From Bohr's Atom to Quantum SimulationsSerge HarocheProfesseur du Collège de France, Administrateur du Collège de France (2012-2015)

Dr. Nasha Winters has spent 35 years surviving, studying, and treating cancer — and she's never been more concerned about what she calls "internet oncology." In this wide-ranging return to Beautifully Broken, she and Freddie get honest about the dangers of protocol-chasing, the overcomplification of functional medicine, and why more data is actively pulling people further from themselves. They dig deep into the ketogenic diet and cancer metabolism — why ketone bodies may walk through every hallmark of cancer in a positive way, why the how you achieve ketosis matters more than the diet itself, and why certain cancer types require a completely individualized approach rather than a one-size-fits-all protocol. Dr. Nasha also shares a powerful reminder: we've gotten so seduced by the sophistication of biohacking that we've forgotten the fundamentals — and she's shocked every day at how often they're missing from even the most committed healing journeys. The second half of this episode ventures into territory you won't hear anywhere else. Freddie and Dr. Nasha explore CO2 therapy and the Bohr effect — including Dr. Nasha's near-hallucinatory personal experience with a CO2 suit, and how it compares to hyperbaric oxygen for patients who are already oxidatively overwhelmed. They map the critical and underappreciated role of the lymphatic system in cancer care, brain fog, and chronic illness — covering everything from glymphatic drainage and red light frequency research to why loading a body with IV fluids before optimizing lymphatic flow is "math that ain't mathin." And Dr. Nasha closes with a sobering look at glyphosate, generational toxicity, and why children born after 1980 may not outlive their parents — and what we can actually do about it.   Episode Highlights [00:00] – Dr. Nasha shares the heat trial, whole-blood hyperthermia, and its surprising effects on viral and Lyme-related markers [02:38] – Why Dr. Nasha's work begins with a person's story, patterns, and what makes them tick [06:35] – The problem with internet oncology and how overwhelming cancer information has become [08:24] – Why treating labs instead of people is one of the biggest limitations in modern wellness [09:13] – Data can bring people closer to themselves or take them further away [11:35] – Why personal healing stories can become dangerous when turned into universal protocols [14:25] – When a ketogenic diet can help in cancer care and when it can backfire [16:48] – Why ketone bodies matter more than rigid diet labels and can be achieved in different ways [19:04] – The emotional cost of doing what you think you should do when the approach is wrong for your body [21:37] – Why cancer is not just about sugar and how stress, hormones, and sleep shape the terrain [25:36] – How dopamine overload, phone addiction, and disconnection can flatten libido and vitality [29:42] – Why juicing can become problematic, especially when it concentrates environmental burden [31:17] – The story of a child with AML, glyphosate exposure, juicing, and how testing changed the picture [34:05] – Dr. Nasha on being publicly identified as the cancer person and why she resists that identity [37:50] – Oxygen, carbon dioxide, and why some bodies need expansion instead of more oxidative pressure [43:38] – How CO2 therapy may support overwhelmed systems and improve oxygen delivery differently than hyperbaric oxygen [50:58] – Why the lymphatic system remains so misunderstood in oncology and medicine at large [53:47] – Simple daily lymphatic practices and why movement, breath, and flow matter long before lymphedema appears [57:07] – Why adding more therapies without supporting drainage and terrain can make people feel worse [01:02:28] – Dr. Nasha's thoughts on plasmapheresis, hyperthermia, and where these tools may have real value [01:07:23] – Terrain capacity, oxidative therapies, and why prep and follow-through determine whether treatment helps or harms [01:09:26] – The rise of ivermectin, fenbendazole, and repurposed drugs in cancer care [01:12:03] – Why fungal and infectious theories of cancer are compelling but still incomplete without understanding the host terrain [01:14:51] – Why younger people are developing colon cancer more often and what toxins, food systems, and grief may have to do with it [01:20:46] – Where to start with Dr. Nasha's work: The Metabolic Approach to Cancer, drnasha.com, and Tend the Terrain [01:22:14] – The question to ask any cancer center: how do you support my terrain while you support my tumor? Links & Resources Dr. Nasha Winters: drnasha.com Tend the Terrain Substack:: https://substack.com/@drnasha Book: The Metabolic Approach to Cancer Upgrade Your Wellness Silver Biotics Recover Cream: https://bit.ly/3JnxyDD — Code: BeautifullyBroken CatchBio: https://www.catchbio.com/beautifullybroken — Code: beautifully broken   CONNECT WITH FREDDIEWork with Me: https://www.beautifullybroken.world/biological-blueprintWebsite and Store: (http://www.beautifullybroken.world) Instagram: (https://www.instagram.com/freddie.kimmelYouTube: https://www.youtube.com/@beautifullybrokenworld Hosted by Simplecast, an AdsWizz company. See pcm.adswizz.com for information about our collection and use of personal data for advertising.

Die Wissenschaftler Roman Göbel, Jörn Bohr, Thomas Bach und die Forscherin Bastienne Karg sprechen zum Schluss der Serie über den Erkenntnisgewinn. Gestaltung: Ilse Huber- eine Eigenproduktion des ORF, gesendet in Ö1 am 10.4.2026

Der Philosophie- und Kunsthistoriker Jörn Bohr spricht im dritten Teil der Serie über Haeckels Zeichnungen als Vorbild für Architektur und Kunst. Gestaltung: Ilse Huber- eine Eigenproduktion des ORF, gesendet in Ö1 am 9.4.2026

► Hier gehts zur nächsten Episode (Meine Geschichte): https://linkly.link/2WkUE  ► Sales Coaching & Training anfragen: https://2ly.link/24kPi ► Kickscale Free Version: https://2ly.link/1zdl4  Im ersten Jahr im SaaS Sales seine Ziele erreichen und übertreffen? In dieser Podcast-Episode spricht Jiri Siklar mit Silas Bohr darüber, wie er in seinem ersten Jahr bei HubSpot 127% seiner Jahresquote erreicht hat und direkt im Presidents Club gelandet ist. So kann ich dir im Sales helfen: zur Software Sales Formula: https://www.softwaresalesformula.com zum Sales Gym: https://www.sales-gym.io Coaching & Training anfragen: https://2ly.link/24kPi Kickscale: Extended Free Version: https://2ly.link/1zdl4 Timestamps: (00:00) Warum die meisten scheitern (01:43) 127 Prozent bei HubSpot (02:51) Struktur statt Happy Ears (04:48) Die Three Whys Qualifizierung (07:25) Nein sagen und Fokus halten (09:35) Vom Hilti Außendienst zu SaaS (20:08) Discovery Roleplay Live Call (30:31) Mock Call Analyse Takeaways (32:42) Expert Framing im Discovery (33:43) Why Now und Timeline (48:05) Routinen und Sales Woche (50:05) Non Negotiables verteidigen (52:35) Deal Review und Reflexion (55:56) Manager als Karrierehebel (59:12) Motivation und Wachstum (01:01:04) Top 5 Prozent Skills (01:02:59) Drei Tipps für 127 Prozent (01:03:57) Pipeline Funnel und Quoten Infos: jiri@softwaresalesformula.com https://www.softwaresalesformula.com  https://www.sales.gym.io 

In this episode of The H.I.T. Podcast, host Toby Kennedy sits down with Kim Bohr, CEO of Spark Effect, to break down the latest research on organizational trust—and why it may be one of the most important (and overlooked) drivers of performance.This conversation moves beyond theory and into practical frameworks leaders can use right now.Key Insights on Organizational TrustTrust as a KPI:Trust isn't soft—it's measurable and directly tied to revenue, retention, and reputation.Thriving in Disruption:Organizations that lean into change can see a +12% increase in trust above baseline.Manager Trust Gap:During change, trust in direct managers drops faster than overall organizational trust.What Builds (and Breaks) Trust: Transparency, empathy, and communication build trust—while misalignment and poor execution erode it.The Five Dimensions of TrustTo make trust measurable, the research outlines five key areas:• Strategic Clarity – Do employees understand where the organization is going?• Psychological Safety – Can people speak up without fear?• Relational Continuity – Do employees feel connected to purpose and culture?• Technology & Systems Trust – Are tools implemented clearly and transparently?• Fairness in Change – How are difficult decisions (like layoffs) handled?The Five C's FrameworkA practical model for leading through change while maintaining trust:• Context – What's changing and why• Commitment – What stays the same• Change – What's happening next• Care – Supporting your people• Call to Action – What to do this weekIf you lead people, manage teams, or influence culture, this episode offers clear, actionable ways to build and sustain trust—even in uncertain times.Access the full report + resources:sparkeffect.com/hit

På et institut på Blegdamsvej flyver det med både vilde idéer og bordtennisbolde, mens den verdensberømte professor udfordrer sine studerende til duel med legetøjspistoler. Det er ellers ikke til at forudse, da den unge Niels Bohr i 1911 går ensom omkring i Cambridge, og ikke rigtig kan få hul på hverken venskaber eller videnskabelige forbindelser. Hør historien om det danske geni, vejen mod nobelprisen, den unikke kultur på instituttet og de dramatiske år under anden verdenskrig.Videnskabens vindere er en RAKKERPAK original i samarbejde med Science Report. Podcasten bliver til med støtte fra Leo-fondet. Læs mere på Vinderne.dkHistorierne du hører bygger på journalistisk research og fakta og er blevet til i samarbejde med relevante fagpersoner. De kan indeholde fiktive elementer som for eksempel dialog.Afsnittet er skrevet og tilrettelagt af Maya Zachariassen.Fortalt af Lauge Hendriksen.Tor Arnbjørn er producer.Jonas Kongpetsak Pedersen står for lyddesign og mix.Hvis du kan lide min fortælling, så husk at gå ind og abonnér, give en anmeldelse og fortæl dine venner om podcasten.www.sciencereport.dk www.rakkerpak.nu 

El latín está en la esencia cultural de occidente. Durante siglos, fue la lingua franca que permitió a científicos de distintas naciones comunicarse sin barreras. Copérnico, Galileo, Newton y Descartes compartieron un mismo código que hizo posible la Revolución científica. Europa se construyó sobre el derecho romano y sin el latín, la identidad europea carecería de su estructura lógica y de la cohesión histórica que permitió el Renacimiento y la Ilustración. Hemos entrevistado a Pablo Toribio y Cristina Tur, autores del libro “El latín en Europa” (CSIC-Catarata). El róver Perseverance de la NASA sigue desvelando los secretos de la geología marciana en el cráter Jezzero, con un estudio similar al que se haría en la Tierra. Jesús Martínez Frías, coautor de la investigación, nos ha explicado como los resultados muestran un escenario fluvio-lacustre, que revela la importancia del agua en el planeta Rojo. Con Fernando Blasco hemos hablado de cómo un programa de IA ha solucionado un problema que traía de cabeza a Donald Knuth, una de las personas más influyentes en la historia de la informática. Eva Rodríguez nos ha contado un estudio internacional que advierte de que casi un tercio de la población adulta mundial no alcanza los niveles mínimos recomendados de ejercicio, y el hallazgo de una red comercial milenaria que transportaba loros vivos de la Amazonia a la costa andina. Hemos reseñado los libros “Quantum. Einstein, Bohr y el gran debate sobre la naturaleza de la realidad”, de Manjit Kumar (Taurus); “Mapmática, mapas y matemáticas para entender el mundo”, de Paulina Rowinska (geoPlaneta), y “El espejo de la imaginación. ¿Qué es la consciencia?”, de Ignacio Morgado (Ariel). Hemos informado de la celebración, los días 18 y 19 de marzo, de UPM INVESTIGA, la primera feria global de investigación de la Universidad Politécnica de Madrid; y de las actividades de ACIERTAS en la Feria Madrid es Ciencia, del 19 al 21 de marzo.Escuchar audio

El latín está en la esencia cultural de occidente. Durante siglos, fue la lingua franca que permitió a científicos de distintas naciones comunicarse sin barreras. Copérnico, Galileo, Newton y Descartes compartieron un mismo código que hizo posible la Revolución científica. Europa se construyó sobre el derecho romano y sin el latín, la identidad europea carecería de su estructura lógica y de la cohesión histórica que permitió el Renacimiento y la Ilustración. Hemos entrevistado a Pablo Toribio y Cristina Tur, autores del libro “El latín en Europa” (CSIC-Catarata). El róver Perseverance de la NASA sigue desvelando los secretos de la geología marciana en el cráter Jezzero, con un estudio similar al que se haría en la Tierra. Jesús Martínez Frías, coautor de la investigación, nos ha explicado como los resultados muestran un escenario fluvio-lacustre, que revela la importancia del agua en el planeta Rojo. Con Fernando Blasco hemos hablado de cómo un programa de IA ha solucionado un problema que traía de cabeza a Donald Knuth, una de las personas más influyentes en la historia de la informática. Eva Rodríguez nos ha contado un estudio internacional que advierte de que casi un tercio de la población adulta mundial no alcanza los niveles mínimos recomendados de ejercicio, y el hallazgo de una red comercial milenaria que transportaba loros vivos de la Amazonia a la costa andina. Hemos reseñado los libros “Quantum. Einstein, Bohr y el gran debate sobre la naturaleza de la realidad”, de Manjit Kumar (Taurus); “Mapmática, mapas y matemáticas para entender el mundo”, de Paulina Rowinska (geoPlaneta), y “El espejo de la imaginación. ¿Qué es la consciencia?”, de Ignacio Morgado (Ariel). Hemos informado de la celebración, los días 18 y 19 de marzo, de UPM INVESTIGA, la primera feria global de investigación de la Universidad Politécnica de Madrid; y de las actividades de ACIERTAS en la Feria Madrid es Ciencia, del 19 al 21 de marzo.Escuchar audio

Today we explore the life and legacy of the physicist Niels Bohr through the reflections of his grandson Tomas Bohr. Tomas is an Emeritus Professor at the Technical University of Denmark. He studies fluid dynamics, biophysics, chaos, turbulence and statistical mechanics, and he has a long and distinguished career publishing in these fields. He is a member of the Royal Danish Academy of Sciences and Letters.

In this week's episode of the Building Better Cultures podcast, Scott McInnes speaks with Kim Bohr, President and COO of Spark Effect, about the critical role of trust in organisations. They discuss the findings from the report 'Trust in Turbulence' which breaks down trust into measurable domains and emphasises its importance as a competitive advantage. The conversation explores how disruptions, such as the return to office policies, impact trust, and how organizations can build and rebuild trust through effective communication and leadership practices.  Takeaways:  Trust is a measurable and critical component of organisational success.  Disruptions can erode trust in everyday interactions.  Return to office policies must be communicated effectively to maintain trust.  High trust organizations see better performance and retention rates.  Low trust environments lead to increased turnover and disengagement.  Younger generations prioritize alignment of values with their employers.  Technology rollouts can significantly impact trust dynamics.  Managers play a crucial role in translating corporate messages to their teams.  Celebrating achievements fosters a culture of trust and connection.  Rebuilding trust requires transparency and accountability from leadership.  Keywords:  Organisational trust, trust in leadership, building better cultures, trust metrics, employee engagement, return to office, trust and performance, psychological safety, technology and trust, trust rebuilding strategies  Chapters  00:00Introduction to Trust in Organizations  02:04Understanding Trust as a Competitive Advantage  04:24The Impact of Disruption on Trust  08:25Return to Office: Trust and Communication  11:51Linking Trust to Organizational Performance  13:57Low Trust and Its Effects on Culture  16:15Attracting Talent in a Low Trust Environment  18:11Technology's Role in Trust Dynamics  20:50Practical Steps to Build Trust  25:56Celebrating Achievements and Building Connections  29:57Rebuilding Trust After a Breach    Link to the report mentioned in the episode:  Report    Connect with us:  LinkedIn YouTube Instagram 

In this episode of The Effortless Podcast, Dheeraj Pandey speaks with Dr. Abhishek Bhowmick about how quantum mechanics reshaped our understanding of determinism and why that shift matters for AI today.  From the Einstein–Bohr debates to the idea that nature is fundamentally probabilistic, they explore how the collapse of “if-then” thinking began nearly a century ago. The discussion draws parallels between quantum superposition and modern LLM behavior. At its core, the episode reframes AI as a rediscovery of how reality computes. The conversation then moves from physics to computing architecture, tracing the evolution from scalar CPUs to GPUs, TPUs, tensors, and eventually quantum computing. They examine why probabilistic systems and vector math feel more natural than purely deterministic software. Hybrid computing models show that classical systems still matter. The episode also unpacks what quantum computers are truly good at, especially in cryptography and simulation. Ultimately, it reflects on whether the future of computing lies in embracing probability rather than resisting it. Key Topics & Timestamps 00:00 – Welcome, context, and how Dheeraj & Abhishek met 04:00 – Abhishek's journey: IIT, Princeton, Apple, Snowflake 08:00 – The 1927 Solvay Conference and physics at a crossroads 12:00 – Einstein vs. Bohr: determinism vs. probability 16:00 – Superposition and the collapse of the wave function 20:00 – Fields vs. particles: what is an electron really? 25:00 – Matter particles, force particles, and the Standard Model 30:00 – Transistors, voltage, and the rise of deterministic computing 35:00 – From scalar CPUs to vectors and matrices 40:00 – Tensors, linear algebra, and modern AI systems 45:00 – Principle of Least Action and gradient descent parallels 50:00 – Hallucinations, probability mass, and LLM behavior 55:00 – Vector databases, embeddings, and KNN search 59:00 – GPUs vs. TPUs: matrix vs. tensor architectures 1:05:00 – What quantum computers are actually good at 1:10:00 – Post-quantum cryptography and the future of computing Host -  Dheeraj Pandey Co-founder & CEO at DevRev. Former Co-founder & CEO of Nutanix. A systems thinker and product visionary focused on AI, software architecture, and the future of work. Guest -  Dr Abhishek Bhowmick                                                                                                                                                                                                                Co-Founder and CTO of Samooha, a secure data collaboration platform acquired by Snowflake. He previously worked at Apple as Head of ML Privacy and Cryptography, System Intelligence, and Machine Learning, and earlier at Goldman Sachs. He attended Princeton University and was awarded IIT Kanpur's Young Alumnus Award in 2024. Follow the Host and Guest - Dheeraj Pandey: LinkedIn - https://www.linkedin.com/in/dpandey Twitter - https://x.com/dheeraj Abhishek Bhowmik  LinkedIn –  https://www.linkedin.com/in/ab-abhishek-bhowmick Twitter/X – https://x.com/bhowmick_ab Share Your Thoughts Have questions, comments, or ideas for future episodes?

Disruption is everywhere—from AI and restructuring to personal challenges leaders can't ignore. In this episode of The Better Leadership Team Show, I'm joined by Kim Bohr, President and COO of Spark Effect, to explore how leadership teams can lead through disruption without breaking trust.We dive into Spark Effect's research on organizational trust, the real impact of AI on fear and alignment, and the leadership behaviors that build—or erode—trust when change hits. If you want to turn disruption into a competitive advantage instead of a liability, this conversation is for you. Thanks for listening! Connect with us at mike-goldman.com/blog and on Instagram@mikegoldmancoach and on YouTube @Mikegoldmancoach

Join us for an enlightening conversation with Kim Bohr, President & COO of SparkEffect, as we explore how to navigate disruption without fracturing trust. In this episode, Cam and Otis delve into Kim's innovative approach to leadership and organizational resilience through the SparkEffect Trust Elasticity™ framework."Trust is the foundation of performance," Kim explains, sharing her insights on aligning strategy with human-centered practices. From discussing the challenges of AI integration and leadership turnover to offering practical advice on building resilient teams, this episode provides a roadmap for leaders facing today's volatile business landscape.Whether you're an executive navigating change, a team leader seeking to enhance trust, or simply interested in the dynamics of organizational performance, Kim's expertise offers valuable guidance for fostering resilience and driving success.More About Kim:Kim Bohr is the President & Chief Operating Officer at SparkEffect, where she leads the firm in helping executive teams navigate disruption without fracturing trust. With over 25 years of cross-functional leadership experience, Kim advises leaders on aligning strategy with human-centered practices that drive performance. Her approach centers around SparkEffect Trust ElasticityTM, a well-researched framework designed to evaluate and fortify trust during periods of change, whether it be AI integration, leadership turnover, or restructuring.Kim's perspective is shaped by a rich blend of roles: business executive, board advisor, adjunct lecturer, public speaker, and host of the Courage to Advance podcast. She is the author of Successes, Failures & Lessons Learned, currently being updated to reflect SparkEffect's expanded impact. Whether speaking on stage or behind the mic, Kim deliversinsight with clarity, credibility, and a deep understanding of what it takes to build resilient organizations in today's volatile business landscape.#10xyourteam #TrustInLeadership #OrganizationalResilience #HumanCenteredLeadership #LeadingThroughChange #ExecutiveLeadership #TrustMatters #LeadershipDevelopment #ChangeLeadership #FutureOfWork #HighPerformanceTeamsChapter Times and Titles:Introduction to Kim Bohr and SparkEffect [00:00 - 10:00]Overview of Kim's career and leadership philosophyThe origins and mission of SparkEffectIntroducing the Trust Elasticity™ frameworkNavigating Disruption Without Fracturing Trust [10:01 - 20:00]Key principles of Trust Elasticity™Addressing challenges like AI integration and restructuringThe role of trust in organizational performanceAligning Strategy with Human-Centered Practices [20:01 - 30:00]How to align business strategy with team dynamicsThe importance of communication and transparencyPractical examples from Kim's experienceBuilding Resilient Organizations [30:01 - 40:00]Strategies for fostering resilience in teamsLessons from Kim's book, "Successes, Failures & Lessons Learned"Insights from the Courage to Advance podcastLeadership in Volatile Times [40:01 - 50:00]Adapting leadership styles to changing environmentsEncouraging innovation while maintaining trustFinal thoughts on leadership and transformationClosing Remarks and Resources [50:01 - End]How to connect with Kim and SparkEffectEncouragement for leaders to embrace changeFinal reflections on trust and organizational successConnect with Kim Bohr:https://www.linkedin.com/in/kimbohr/https://www.facebook.com/people/SparkEffect/61555355996682/https://www.threads.com/@sparkeffect_https://www.instagram.com/sparkeffect_https://www.youtube.com/@sparkeffect-ushttps://sparkeffect.com/sparkeffect-podcast-courage-to-advance/https://sparkeffect.com/blog/Website: https://sparkeffect.com/

Amerikanske soldater gik i denne uge meget overraskende ombord på en olietanker, der sejler under russisk flag. Hvilke konsekvenser kan beslaglæggelsen få for Ruslands skyggeflåde? En kvinde er blevet skudt og dræbt af en ICE-betjent i Minneapolis, og netop der har politidrab før skabt mistillid og oprør. AI-chatbotten Grok kan nu afklæde folk, hvis den går i 'Spicy mode'. Det møder stor kritik. Men hvorfor er det så vigtigt for Elon Musk, at stå fast på funktionen? Værter: Amalie Schroll Munk og Adrian Busk. Medvirkende: Jakob Kjøgx Bohr, undersøgende journalist, Danwatch. Line Sand, journalist, Zetland.

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

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.

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

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.

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.