Into the Impossible

Get $50 off the annual plan at https://shortform.com/impossible The genetic differences we obsess over. The basis for nationalism, racism and tribal thinking emerged in just the last 70,000 years. David Reich is about to show us that the past is far stranger, more violent, and more interconnected than we could ever have imagined. 90% population replacements happened in just a few centuries in the blink of a cosmic eye. David and his team reconstructed human migration patterns and discovered ghost populations, entire civilizations that vanished without any archeological trace. These people built Stonehenge. These people crossed into the Americas. These people left no trace who they are, except for the code that lurks within each of us. KEY TAKEAWAYS 00:00 Ancient vs. Modern Populations 08:55 Ancient DNA Extraction Methods 11:55 Ancient DNA Extraction Process 16:10 "Decoding the Genetic Code" 24:41 "Neanderthals, Denisovans, Human Genomics" 31:05 "DNA Fragmentation Across Generations" 35:54 "Calibration, Culture, and Heritage" 39:34 Identity, Connection, and Myth Making 47:58 "Future Linguistic Biases and Bottlenecks" 50:44 Human Ancestry and DNA Depth 56:13 "Origins, Identity, and Genetic Stories" 01:02:39 "Dream Specimens and Cosmic Mysteries" 01:06:57 "Decoding Humanity's Collective Memory" 01:10:58 Ancient Origins and Human Connections - Get My NEW Book: Focus Like a Nobel Prize Winner: https://www.amazon.com/dp/B0FN8DH6SX?ref_=pe_93986420_775043100 Please join my mailing list here

Get started with 1 month free of Superhuman today, using my link: https://try.sprh.mn/briankeating What if cells from your own trachea sitting in a petri dish right now, could spontaneously organize into swimming robots that heal brain tissue? What if frog skin cells with no genetic modification whatsoever, could build copies of themselves from spare parts lying around? This isn't science fiction. This is the work of Michael Levin at Tufts University and is completely rewriting the rules of biology. Michael Levin's research challenges our fundamental understanding of what life is and where biological properties emerge from. Michael Levin is a distinguished biologist at Tufts University and director of the Allen Discovery Center, whose groundbreaking research on bio electricity and regenerative biology is reshaping our understanding of how biological systems process information and pursue goals. His Xenobots, living robots built from frog cells, swim around, work together, and reproduce in ways that have never existed on Earth. What does this tell us about consciousness, intelligence, and the nature of life itself? KEY TAKEAWAYS 00:00 "Bioelectricity: Nature's Cognitive Glue" 04:57 Neuronal Voltage Gradients Enable Computation 08:17 Magnetic Fields and Living Systems 11:43 "Voltage, Membranes, and Injury Signals" 14:51 "Bioelectric Properties in Cells" 15:59 Cell Circuits and Networks 19:31 "Ion Drugs Overcome Electrode Limits" 22:53 Asymmetric Features in Living Creatures 26:00 Embryo Symmetry Breaking Mechanism 30:11 "Space-Time Effort and Goal Scope" 33:19 "Origins: Universe and Life" 36:29 Causal Integration and Emergence Insights 42:02 Cell Liberation Enables Autonomous Behavior 43:53 "Xenobots: Self-Replicating Robots" 47:04 "Consciousness, Life, and Intelligence" - Additional resources: Levin Lab https://www.drmichaellevin.org/ Follow Michael on X https://x.com/drmichaellevin?s=21 Michael Levin's book: https://a.co/d/dzl9wPQ Please join my mailing list here

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Get started with 1 month free of Superhuman today, using my link: https://try.sprh.mn/briankeating Today's guest made bacteria immune to every virus that exists. This breakthrough could revolutionize medicine by creating virus proof cell therapies and potentially extending this protection to human cells. Also demonstrating that we can fundamentally rewrite the language of life itself, something that was previously thought impossible. George Church is a Harvard Medical School genetics professor and pioneer of synthetic biology. He's an entrepreneur who's found in multiple biotech companies and is known for pushing the boundaries between science fiction and reality. His team just did something that sounds like pure science fiction. They made living cells completely immune to every virus on Earth. That resistant immune, every single virus that tries to infect your cells just fails. The viruses can't evolve around it. Here's the wild part. They didn't add anything new. They just removed a few letter from the genetic alphabet. But George isn't stopping there. He wants to do this to human cells. He's talking about engineering astronauts for Mars missions, bringing back wooly mammoths, and maybe even, just maybe, making humans virus proof to the implications are staggering. The ethics are murky. And the timeline. Well, if church's track record tells us anything is happening far faster than we think. KEY TAKEAWAYS 00:00:00 – Church's team made cells virus-proof, a major medical breakthrough 00:02:34 – Radiation resistance may come from DNA repair linked to desiccation 00:04:43 – A few genes can boost bacteria's radiation resistance 00:07:16 – Panspermia is unlikely due to harsh space conditions 00:10:50 – Space travel may need biological, not just physical, changes 00:14:19 – Regenesis explores synthetic biology's potential 00:18:19 – Height involves many genes, but single ones can have big effects 00:20:57 – Once sci-fi, genome sequencing and pig organs are now real 00:23:20 – Church and Venter are more collaborators than rivals 00:27:17 – Rewriting genes can create virus-proof organisms 00:35:36 – DNA can store data, but reading/writing is slow 00:41:06 – Gattaca and Jurassic Park portray genetics well with small flaws 00:44:03 – Gene therapies can be affordable for all 00:46:44 – Stem cells can create any body cell for therapy 00:49:15 – “Mirror humans” are possible but avoided ethically 00:53:59 – Genomic privacy isn't an issue since we shed DNA constantly 00:56:09 – Gene editing helps endangered species adapt, not revive extinct ones 01:00:30 – Virus-proof humans are possible, but tough to deliver to all cells 01:02:59 – Gene therapies could reverse aging at the cellular level 01:04:18 – Church avoids saying “impossible,” but admits to timeline optimism - Get My NEW Book: Focus Like a Nobel Prize Winner: https://www.amazon.com/dp/B0FN8DH6SX?ref_=pe_93986420_775043100 Please join my mailing list here

➡️ WIN A METEORITE:https://briankeating.com/list — Once again, I had the pleasure of speaking to one of the most famous and perhaps the most controversial astrophysicists in the world – Avi Loeb! For those of you who don't know him, Avi is a professor of science at Harvard University, theoretical physicist, astrophysicist, and cosmologist. He is also a bestselling author and a dear friend of mine. By the time you see this, Avi will have published his new book, Interstellar: The Search for Extraterrestrial Life and Our Future in the Stars. In it, he explains why we need to become an interstellar species to ensure our survival and lays out a plan for how we can settle among the stars. As usual, we take some time to judge a book by its cover and discuss what went into the making of this book. We also dig into the recent Galileo Project expedition to the Pacific Ocean to retrieve spherules of the first recognized interstellar meteor, IM1, which was led by Avi, and discuss whether they found evidence of alien life. Judging a book by its cover: Interstellar (00:44) On extraordinary evidence (08:13) Does Avi have proof of alien life?! (13:55) On David Grusch and government obligations (28:01) Internet hate, constructive criticism, and the scientific method (42:01) More on Interstellar and what it means to become an interstellar species (1:10:56) Elon Musk's plan to make humankind interplanetary (1:15:12) On space archaeology (1:21:08) Rapid fire audience questions (1:39:20) Outro (1:50:57) — Additional resources:

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Harvard astrophysicist Avi Loeb joins Brian Keating to discuss a groundbreaking observation: the HiRISE camera on NASA's Mars Reconnaissance Orbiter has imaged 3I/ATLAS, a rare interstellar visitor, from the vantage point of Mars. In this episode, we explore: • What HiRISE detected and why it matters for planetary science. • How interstellar objects like ʻOumuamua and 3I/ATLAS challenge our theories. • Why Mars may become an ideal outpost for detecting future interstellar visitors. • The implications for astrobiology, planetary defense, and our search for extraterrestrial technology. ✨ Just as the 1977 “Wow! Signal” jolted radio astronomers with a one-time unexplained burst, 3I/ATLAS may be its optical cousin—an anomalous, fleeting, but potentially transformative messenger. Loeb even calculated that 3I/ATLAS's trajectory passed within about one degree of the Wow! Signal's sky position, making the connection more than metaphorical. Ignoring such rare alignments risks repeating history: anomalies slip through our fingers while orthodoxy insists nothing unusual happened. The Wow! Signal warned us of the danger of complacency; 3I/ATLAS reminds us that cosmic surprises often lurk at the margins of expectation, carrying lessons we may miss if we force every mystery into old categories. -

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The Dark Side of AI Hallucinations & Tech Predictions Watch the full episode with Steven Pinker here: https://www.youtube.com/watch?v=RP_0MpESQy0 Get my book FOCUS LIKE A NOBEL PRIZE WINNER on sale now, only for just 99 cents https://a.co/d/hi50U9U Join this channel to get access to perks like monthly Office Hours: https://www.youtube.com/channel/UCmXH_moPhfkqCk6S3b9RWuw/join

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Get 3 months off the annual plan and start learning faster at shortform.com/impossible In this episode, Steven Pinker unpacks how common knowledge shapes everything from why rational people can't agree to disagree to why markets boom and bust. We explore the risks of falsifying expert claims, the power of social norms, and whether civilization is held together by truths—or by the fictions we all agree to share. — Key Takeaways:  00:00 Intro  00:58 When common knowledge is wrong 02:37 The role of common knowledge in social coordination  08:48 Free will and determinism  14:48 Judging a book by its cover 21:08 Government suppression and common knowledge 30:08 The agree to disagree theorem  34:54 Generosity and charity in human affairs 41:12 The role of common knowledge in religious beliefs  48:31 LLMs and common knowledge  50:39 Outro Additional resources: 

James sits down once again with cosmologist Brian Keating—longtime friend of the show and author of Into the Impossible: Focus Like a Nobel Prize Winner. In this candid conversation, they challenge each other's views on focus, curiosity, and the trade-offs of staying in your lane. Brian shares behind-the-scenes lessons from interviewing Nobel Prize winners, the thinking behind his new “Keating Test” for AI, and why communication matters as much as discovery in science. This episode isn't about self-help clichés. It's about real-world insights you won't hear anywhere else—whether it's why guarding your time is the most important skill, how to use flow states to sharpen your career, or why great breakthroughs depend on questioning the work of those who came before. What You'll Learn Why Brian created the “Keating Test” as a new measure for true artificial intelligence How Nobel Prize winners balance intense focus with curiosity across disciplines Why communication skills matter as much as scientific discovery for lasting impact How to guard your time from “time bandits” and apply the power of saying “no” Practical ways to find your lane—or combine lanes—while still pursuing flow and mastery Timestamped Chapters [02:00] The Keating Test: AI, free will, and the act of survival [06:00] Humor, history, and reclaiming the “worst joke ever told” [08:00] Friendship, TEDx, and 11 years of conversations [09:00] Lessons from Nobel Prize winners: beyond self-help habits [10:00] Publishing with Scribe/Lioncrest and connections to James and David Goggins [12:00] Into the Impossible, Volume One: why distilling Nobel wisdom matters [13:00] Imposter syndrome, Alfred Nobel, and Volume Two's focus [15:00] Donna Strickland, LASIK, and the power of saying no [18:00] Stay in your lane—or widen it? A debate on mastery and curiosity [23:00] Newton, Pascal, and the discipline of sitting in a room [26:00] Regrets, diversification, and finding flow [28:00] Crystallized vs. fluid intelligence in the age of AI [31:00] The importance of novelty—and the Lindy test [35:00] Math, reality, and the unreasonable effectiveness of ideas [38:00] Teaching quantum computing: bridging theory and life skills [43:00] From cryogenics to code: skills that outlast AI [47:00] Why communication defines success in science [50:00] Doing things that don't scale: relationships, meteorites, and networks [52:00] The missed opportunities of office hours—and how to build relationships [54:00] Reading theses, genuine curiosity, and non-scalable networking [55:00] Into the Impossible, Volume Two: life lessons and scientific breakthroughs [57:00] How old is the universe? The cosmic controversy [59:00] Gravitational waves, BICEP2, and losing the Nobel Prize [61:00] Dust, data, and the Simons Observatory's quest for origins [63:00] What comes next: Jim Simons' legacy and Brian's future book Learn more about your ad choices. Visit megaphone.fm/adchoices

Get Dr. Brian Keating's NEW Book for Only 0.99! This week only: https://www.amazon.com/dp/B0FN8DH6SX?ref_=pe_93986420_775043100 For over a century, cosmologists have believed that the universe began a single fiery moment. The Big Bang. But what if that story is incomplete? Or what if it's even wrong? My guest today, Professor Niayesh Afshordi, is a professor of astrophysics at the Perimeter Institute and the University of Waterloo. He and his colleague Bill Halpern argue that the real battle in science is over the mysteries of singularities, those points where our equations collapse and space, time and physics itself seem to break down. In a new book, Battle of the Big Bang, they take us inside the fight to understand whether the Big Bang was truly the beginning of it all, or whether it was just one chapter in a far stranger cosmic saga. KEY TAKEAWAYS 00:00:00 – Cosmologists no longer see the Big Bang as the beginning of time 00:11:01 – Singularity vs the later hot Big Bang phases like nucleosynthesis 00:12:13 – Survey of physicists shows “Big Bang” is understood differently 00:15:37 – Hawking and singularities 00:23:12 – Black hole information paradox remains unresolved after 50 years 00:30:26 – Religion remains a social tool 00:35:56 – The Simons Observatory was created to probe primordial gravitational waves in the CMB 00:39:50 – Scientific careers are constrained by funding and “hot topics” in research 00:41:17 – Science advances by tying ideas to observation, not just social structures 00:42:07 – Disagreement with Carlo Rovelli 00:44:54 – Competing quantum gravity models are ideas, not fully testable theories yet 00:46:14 – String theory, loop quantum gravity, and holography lack experimental evidence 00:47:55 – Cancellation of CMB Stage-4 highlights limits of experimental cosmology 00:49:14 – Afshordi views himself closer to an observer than a pure theorist 00:54:51 – Scientific progress benefits from bridging between communities 00:57:47 – Repulsive gravity in inflation avoids singularities but leaves open loopholes 01:01:00 – Singularity theorems can break down with quantum gravity or altered dimensions 01:03:05 – Our universe was born inside a black hole 01:06:16 – Future probes might let us see further back than the CMB 01:10:56 – Einstein unknowingly started the quest for quantum gravity - Additional resources: Get Niayesh Afshordi's book: https://www.amazon.com/Battle-Big-Bang-Cosmic-Origins/dp/0226830470 Get Dr. Brian Keating's NEW Book for Only 0.99! This week only: https://www.amazon.com/dp/B0FN8DH6SX?ref_=pe_93986420_775043100 Please join my mailing list here

Get my new book Focus Like a Nobel Prize Winner for just 99 cents while the sale lasts: https://a.co/d/hi50U9U Please join my mailing list here

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Get My New Book, Focus Like a Nobel Prize Winner, for Only $ 0.99! This week only: https://a.co/d/hi50U9U David Deutsch offers his insights into the physics that will impact our future, challenging our new technologies, such as AGI and the development of synthetic humans, as depicted in movies. Join us for this fascinating discussion as we go INTO THE IMPOSSIBLE. KEY TAKEAWAYS 00:00:00 – 00:00:39 Could machines experience thoughts and sensations like humans? 00:00:45 – 00:01:46 Deutsch argues subjective experiences can arise from any system replicating brain-like processing. 00:01:47 – 00:02:25 We never experience the present moment directly but recall slightly delayed interpretations. 00:02:25 – 00:03:30 Deutsch views himself as software running on brain hardware, embodiment is mainly computational. 00:03:30 – 00:04:37 Loss of physical body parts doesn't reduce personhood 00:04:43 – 00:07:13 Story of “lock-in” from horse's width shaping space tech leads to analogy about AI hardware lock-in. 00:08:10 – 00:09:20 Lock-in may slow progress but creativity ensures no permanent limits. 00:09:20 – 00:12:15 Square roots and complex numbers naturally emerge in physics due to algebraic structures of reality. 00:12:15 – 00:13:31 Not all mathematical structures are worth exploring—only those relevant to solving physics problems. 00:13:31 – 00:17:00 Shift to memetics: persistence of anti-Jewish patterns is deeper than typical memes. 00:17:00 – 00:19:26 Pattern predates Christianity; it persists through cultural rationalizations, not simple hatred. 00:19:50 – 00:21:23 Discussion of life vs. death choices from Torah portion ties to Deutsch's book on infinity 00:21:44 – 00:22:32 Humanity faces no upper or lower bounds—capable of infinite progress or catastrophic mistakes 00:23:36 – 00:24:21 Advice to young self-consider interference processes as a door to quantum computation 00:25:16 – 00:26:13 Deutsch admits past mistakes—initially misjudged multiverse explanations and free will 00:27:08 – 00:28:08 David redefines free will as the ability to create objectively new knowledge. 00:28:14 – 00:28:41 AGI programs will have free will once true AI is achieved. 00:29:02 – 00:29:18 Conclusion -------------------------- Additional resources: Get Dr. Brian Keating's NEW Book for Only 0.99! This week only: https://www.amazon.com/dp/B0FN8DH6SX?ref_=pe_93986420_775043100 Get David Deutsch's Book: https://www.amazon.com/Beginning-Infinity-Explanations-Transform-World/dp/0143121359 Please join my mailing list here

Get my My new book, Focus Like a Nobel Prize Winner -- https://a.co/d/hi50U9U It's just 99¢ on Kindle for launch week ONLY. It's the perfect companion to this conversation—lessons in thinking clearly, staying curious, and pushing past conventional wisdom from my conversations with 22 Nobel Prize winners! Brian Keating sits down with Harvard astrophysicist Avi Loeb and renowned skeptic Michael Shermer to dissect the latest enigma sweeping through our solar system—3I/ATLAS. • What makes 3I/ATLAS extraordinary? • It's the third confirmed interstellar object to visit our solar system—after ʻOumuamua and Borisov—racing through space at hyperbolic speeds and exhibiting an orbit intriguingly aligned with our ecliptic plane • Observations by Hubble and James Webb reveal a coma dominated by carbon dioxide, with traces of water, carbon monoxide, nickel, and cyanide—an unusual chemical signature even among comets. • Avi Loeb's provocative hypothesis: He and collaborators propose that 3I/ATLAS might not be natural at all—but potentially a piece of alien technology, given its improbable trajectory, ecliptic alignment, and close approach to Mars and other planets—arguably orchestrated rather than accidental. • Michael Shermer pushes back: A constructive skeptic's view on whether the evidence truly supports Loeb's scenario, grounding the discussion with a critical evaluation of observational data versus speculative inference. Don't miss this rare convergence of cutting-edge astrophysics and disciplined skepticism—because how we interpret 3I/ATLAS could redefine our understanding of interstellar visitors. Key Takeaways: •00:00 NASCAR Fascination with 3i Atlas •07:40 Cosmic Anomalies Suggest Tech Origins •13:02 Interstellar Comets: Ubiquitous Wanderers •17:11 Interstellar Object Frequency Dilemma •23:46 Challenging Mainstream Scientific Conformity •31:09 Balancing Exoplanet Exploration Funding •35:33 Comet Nickel Detection, No Iron •38:39 Open-Mindedness in Scientific Consensus •45:53 "Trusting Experts vs. Skepticism" •50:09 "Assessing Extraterrestrial vs. Natural Objects" •55:48 Hallucinations During Transcontinental Bike Race •01:02:13 Eyewitness Testimony's Unreliability •01:05:34 Government Secrecy and National Security •01:12:54 Seeking Direct Evidence of UFO Claims •01:16:44 Comet: A Dirty Iceberg Analogy •01:21:27 New Astrobiology Approach: Onsite Sampling •01:29:18 Analyzing Spacecraft Non-Gravitational Acceleration •01:31:52 Free Moon Rocks: Myths and Offers Learn more about your ad choices. Visit megaphone.fm/adchoices

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In this episode, I sit down with Harvard astrophysicist Avi Loeb to explore his provocative new article analyzing the interstellar object 3I/ATLAS — a visitor from beyond our solar system that might not be natural.

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What if the Big Bang wasn't the beginning? What if our universe is just one in a vast cosmic ocean of universes, and we have the evidence to prove it? In this episode of Into the Impossible, I'm joined by theoretical physicist Laura Mersini-Houghton to explore one of the most provocative ideas in modern cosmology: the multiverse is not only real—it's testable. Mersini, author of Before the Big Bang, walks us through her bold predictions about the structure of the cosmos, including the mysterious cold spot in the cosmic microwave background (CMB) that she foresaw years before it was confirmed by the Planck satellite. Together, we dissect her groundbreaking theory that our universe began as one branch of a quantum wave function stretching across a multiverse landscape. We talk quantum decoherence, cosmic scars, and how entanglement with other universes could leave measurable fingerprints in our sky. We also debate criticisms from fellow physicists and dive into what these revelations mean for the future of dark energy and cosmological theory. — Key Takeaways:  00:00 What happened before the Big Bang? 01:56 The CMB cold spot prediction 05:16 Quantum entanglement and decoherence 11:31 Criticism and evidence for the multiverse 17:06 The wave function of the universe 20:48 The string landscape and constants of nature 23:54 The cold spot and the hemispherical anomaly 37:20 Thoughts on the recent DESI suggestions 40:46 Judging a book by its cover 47:31 The multiverse and religion 57:29 Outro — Additional resources:  ➡️ Follow me on your fav platforms: ✖️ Twitter:⁠ ⁠⁠https://twitter.com/DrBrianKeating⁠ 

What if everything we know about the universe's expansion is wrong? David Wiltshire offers a radical perspective on cosmic acceleration and dark energy, proposing that both might be illusions created by the varying passage of time in different regions of the universe. Wiltshire challenges the foundations of modern cosmology with his innovative Timescape model. We discuss the foundations of Einstein's theory of relativity, examining how time behaves differently in regions of high and low matter density. Wiltshire explains how this could alter our understanding of the universe's expansion, potentially eliminating the need for dark energy altogether. His work revisits Mark's Principle and its influence on cosmology, offering an alternative explanation for cosmic phenomena. This episode will captivate anyone interested in the future of cosmological theory, the mystery of dark energy, and the complex nature of time. Don't miss out! — Key Takeaways:  00:00:00 Intro 00:01:36 David Wiltshire's model and its implications 00:02:35 Mach's Principle and its influence on relativity 00:06:28 Gravitational time dilation and its implications 00:42:16 The cosmological equivalence principle 00:42:50 The Timescape Model and its predictions 00:43:53 The role of dark energy and the cosmological constant 00:53:43 The philosophical and psychological implications of Timescape 01:09:41 Outro  — Additional resources:  ➡️ Follow me on your fav platforms: ✖️ Twitter: https://twitter.com/DrBrianKeating 

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In this exclusive interview, Professor Mario Jurić reveals how the Vera Rubin Observatory accidentally discovered 2,000 asteroids in just 10 hours while testing its capabilities on the distant Virgo Cluster—transforming humanity's asteroid discovery rate from 20,000 per year globally to potentially over one million annually with a single telescope. Jurić explains how VRO's revolutionary multi-messenger astronomy capabilities will detect dark matter's effects and light simultaneously, automatically slewing to capture cosmic catastrophes like black hole collisions within 30 seconds of detection. From mapping dark matter in galaxy clusters 54 million light-years away to building Earth's first comprehensive planetary defense system against asteroid impacts, this conversation explores how one observatory is about to fundamentally change both our understanding of the universe and our ability to survive in it. — Please join my mailing list here

Is everything we thought we knew about the universe… wrong? Lambda-CDM model nearing its breaking point? Could dark energy actually be evolving? In this episode of Into the Impossible, I'm joined by Kyle Dawson and Daniel Green to discuss the latest data from the DESI experiment. These new results are making headlines, and rightfully so, as they hold the potential to transform our understanding of the universe completely.  Kyle Dawson, a key figure in the DESI project and professor at the University of Utah, explains the findings from DESI's second data release. Together with Daniel Green from the University of California, San Diego, we dig into how fresh observations of dark energy, baryon acoustic oscillations (BAO), and cosmic expansion are revealing cracks in the standard model. We also break down the implications of these results and talk about the possible existence of negative neutrino masses—a topic that's been gaining a lot of attention in the cosmology community. Don't miss out!  — Please join my mailing list here

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How are recent DESI experimental results challenging the traditional view of dark energy as a fixed cosmological constant? Are foundational assumptions in Einstein's general relativity limiting progress in theoretical physics? And how do tensions in cosmological measurements, like the Hubble constant discrepancy, reflect deeper issues in physics? In this episode, we'll explore these fundamental questions with none other than Eric Weinstein! Eric is one of the most revered thinkers of our generation. Though not an academic physicist, he proposed a unified theory of physics in 2013, which is supposed to have the potential to explain phenomena that string theory cannot. In a lecture held live at UCSD in April 2025 at the prestigious Astrophysics and Cosmology Seminar, Eric presented an update to his groundbreaking theory. Today, we'll discuss his fascinating theory, the future of physics and academia, and much more.  Eric is an investor, financial executive, and host of The Portal. He and his brother, Bret Weinstein, coined the term Intellectual Dark Web to refer to an informal group of pundits. Eric is a vocal critic of modern academic hierarchies and advocates for advances in scientific theory over an emphasis on experimental results. He proposed a new unified theory of physics in 2013 and has been an active member of the physics community since then.  — Please join my mailing list here

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In a world increasingly shaped by science and technology, how do we determine what constitutes truth? What role does society play in shaping scientific knowledge consensus? And what are the implications for the future of research and innovation?  In this episode, I sit down with Steve Fuller, a renowned sociologist of science from the University of Warwick in the UK, for a thought-provoking conversation. Steve and I explore the deep connections between science and sociology, discussing how science can learn from sociology and vice versa. Steve challenges conventional wisdom and invites us to critically examine the complex interplay between science, society, and the pursuit of knowledge.  With a passion for exploring the philosophical underpinnings of science, he shares his insights on social epistemology, the philosophy of science, and the evolving role science should play in society, especially in an increasingly polarized world. —

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