Podcasts about caltech

Tom is a fascinating man. He's shot lasers at the moon and measured their reflection. After studying astrophysics at Cal Tech he taught at UCSD for years. But there came a point where his awareness of the destructiveness of the machine made it impossible to keep making adjustments to its smooth functioning. Unlike many people confronted with that contradiction, Tom walked away, choosing freedom of thought over financial stability and ego gratification. This is the first part of what I hope will be an on-going conversation. Part two is coming next week.You can read Tom's thoughts at his newsletter, called Do the Math.Here's a taste of our conversation. If you prefer to see/hear the whole thing, here's a link to the full video.Intro music “Brightside of the Sun,” by Basin and Range. “Whiter Shade of Pale,” performed by Steve Winwood and Carlos Santana. Outro: “Smoke Alarm,” by Carsie Blanton.If you buy from Amazon, my link is here. (You can click on it once, then bookmark that as your go-to Amazon link so it'll always work.)Buy some merch from my mom here.Find other Tangentialistas around the world! This is a public episode. If you'd like to discuss this with other subscribers or get access to bonus episodes, visit chrisryan.substack.com/subscribe

On University of Southern California Dornsife Week: We're still seeking to better understand dark matter in our universe. Vera Glusevic, associate professor of physics and astronomy, examines one way to do so. Vera received her B.Sc. from University of Belgrade (Serbia) in 2007, and her Ph.D. from Caltech in 2013. After completing a postdoctoral fellowship […]

Synopsis: When biotech meets bold partnerships, new models of innovation emerge. In this episode of the Biotech 2050 Podcast, host Rahul Chaturvedi welcomes Paul Biondi, Managing Partner at Flagship Pioneering, and Uli Stilz, Vice President, R&D External Innovation Partners at Novo Nordisk, to explore the power of co-creation. Together, they unpack how Flagship's pioneering medicines model and Novo's Bio Innovation Hub intersect to accelerate breakthroughs in obesity, diabetes, and cardiometabolic diseases. They share lessons on building trust, navigating crises, and structuring alliances that go beyond transactions into enduring innovation ecosystems. From human disease atlases to new frameworks for agile collaboration, this episode offers a rare behind-the-scenes look at how pharma and biotech can partner differently—turning complexity into transformative therapies. Biography: Paul Biondi is a Managing Partner at Flagship Pioneering, leading Flagship's product and partnering capabilities, including Pioneering Medicines, Partnering, and Pipeline and Product Innovation. In this role, Paul oversees Pioneering Medicines, Flagship's in-house drug discovery and development unit, as well as therapeutic partnering and business development efforts for the Flagship ecosystem, including driving broad institution-wide Innovation Supply Chain partnerships with biopharma companies to jointly conceive and create innovative products. Paul also works with Flagship company CEOs and their teams to achieve the best attainable value for each company, guiding them in their pipeline strategy, product concepts, R&D execution, and partnering approach. He serves on the boards of Flagship-founded companies, including Tessera Technologies (NASDAQ: TSRA) and Valo Health. Paul Biondi is Managing Partner at Flagship Pioneering, joining after 17 years at Bristol-Myers Squibb (BMS), where he served as SVP of Strategy & Business Development and held leadership roles in R&D. He previously spent nine years at Mercer Management Consulting. Paul earned his MBA from the Kellogg School of Management at Northwestern University and his B.A. from Dartmouth College. Uli Stilz is Corporate Vice President, R&D External Innovation Partners, External & Exploratory Innovation (E2I) at Novo Nordisk., based in Boston. He leads a global R&D team that builds creative partnerships with biotech, venture capital, academia, and research hospitals to co-create next-generation therapeutics in cardiometabolic and rare diseases. Building on the success of the Novo Nordisk Bio Innovation Hub, Uli and the E2I team drive an externally anchored portfolio of collaborations that stimulate global innovation ecosystems and advance Novo Nordisk's pipeline. Uli Stilz earned his Master's in Organic Chemistry from ETH Zürich and a Ph.D. in Biochemistry from the Max-Planck-Institute of Biochemistry in Martinsried, followed by postdoctoral research at Caltech. He began his industry career at Hoechst AG and later Sanofi, where he became Associate VP of the Innovation Unit in the Diabetes Division. Over two decades, he contributed to more than 60 preclinical and clinical drug candidates in cardiometabolic, immunology, and oncology. From 2012–2014, he served as President of the European Federation for Medicinal Chemistry. In 2014, Uli joined Novo Nordisk in Copenhagen and in 2019 moved to Boston to establish and lead the Bio Innovation Hub, now the External & Exploratory Innovation (E2I) organization. He also serves as Adjunct Professor at the University of Frankfurt, sits on editorial and scientific advisory boards, and holds board roles at the Kendall Square Association and Gensaic, while advising the aMoon Fund.

In this episode of ACM ByteCast, Bruke Kifle hosts ACM Distinguished Member Cecilia Aragon, Professor in the Department of Human Centered Design and Engineering and Director of the Human-Centered Data Science Lab at the University of Washington (UW). She is the co-inventor (with Raimund Seidel) of the treap data structure, a binary search tree in which each node has both a key and a priority. She is also known for her work in data-intensive science and visual analytics of very large data sets, for which she received the Presidential Early Career Award for Scientists and Engineers (PECASE) in 2008. Prior to her appointment at UW, she was a computer scientist and data scientist at Lawrence Berkeley National Laboratory and NASA Ames Research Center, and before that, an airshow and test pilot, entrepreneur, and member of the United States Aerobatic Team. She is a co-founder of Latinas in Computing. Cecilia shares her journey into computing, starting as a math major at Caltech with a love of the Lisp programming language, to vital work innovating data structures, visual analytics tools for astronomy (Sunfall), and augmented reality systems for aviation. She highlights the importance of making data science more human-centered and inclusive practices in design. Cecilia discusses her passion for broadening participation in computing for young people, a mission made more personal when she realized she was the first Latina full professor in the College of Engineering at UW. She also talks about Viata, a startup she co-founded with her son, applying visualization research from her lab to help people solve everyday travel planning challenges. We want to hear from you!

AI Daily Rundown: September 29, 2025: Your daily briefing on the real world business impact of AIListen at https://podcasts.apple.com/us/podcast/ai-daily-news-rundown-microsoft-launches-vibe-working/id1684415169?i=1000729192565

- "World Models” aim for the next big thing in AI - Microsoft's $3.3B datacenter, with a $4B one to Follow - OpenAI talks central-park-sized datacenter, times 13 - In-Chip ‘Microfluidics' cooling - Caltech tames 6,100 neutral atom qubits with 12,000 optical tweezers [audio mp3="https://orionx.net/wp-content/uploads/2025/09/HPCNB_20250929.mp3"][/audio] The post HPC News Bytes – 20250929 appeared first on OrionX.net.

3/4: This file details Steady State theory creation, Hoyle's element theory, coining "Big Bang," and CMB discovery. Fred Hoyle, Bondi, and Gold conceived Steady State theory after watching The Dead of Night (1946/47). Their model proposed continuous creation via quantum uncertainty. Hoyle solved carbon formation: two helium atoms form unstable Beryllium-8, briefly uniting with third helium to forge Carbon-12. Hoyle predicted carbon's specific energy level, which Willie Fowler at Caltech verified. Hoyle coined "Big Bang" derisively on BBC radio, mocking single-blast creation. Gamow and Ralph Alpher called initial substance "ylem." Hoyle and Gamow met in 1956 La Jolla, discussing universe temperature; Hoyle believed near 0 Kelvin, Gamow preferred 10 Kelvin. In 1964, Penzias and Wilson at Bell Labs accidentally discovered persistent background radiation—the Cosmic Microwave Background—proving the Big Bang that Gamow sought. Flashes of Creation: George Gamow, Fred Hoyle, and the Great Big Bang Debate, by Paul Halpern

Dr. Konstantin Batygin, professor of Planetary Science at Caltech, made a joke that turned out to be true. In 2014, another Caltech professor, Mike Brown, brought an intriguing research paper to Batygin's attention. The paper described a peculiar planetary alignment in the outer solar system. While developing theoretical models to explain the paper's assertions, Brown and Batygin had a running gag, "We were like, okay, as a joke, let's put a planet in the outer solar system just to see what would happen." In this episode of Looking Up, Dean Regas chats with Dr. Batygin and gets the full story.

Zócalo Public Square presents two back-to-back panels moderated by Zócalo's California columnist Joe Mathews to ask: How exceptional do we want California to be? The first panel features expert voices in fields shaping California's identity: business advocate and public affairs specialist Brooke Armour Spiegel, Caltech astrophysicist Konstantin Batygin, and immigrant rights advocate Yliana Johansen-Méndez. The second panel features youth leaders who are inheriting the state: trans rights organizer, budget advocacy and policy expert Michaé De La Cuadra, community organizer and housing justice advocate Aidan Lin-Tostado, and Tongva, Chumash, and Xicano artist and environmental advocate Isaac Michael Ybarra. This program is presented with generous support from Latino Community Foundation, the Karsh Family Foundation, and Snap Foundation. Timestamps: 00:00:00 - Intros 00:03:18 - Panel 1 (Expert Voices): Brooke Armour Spiegel, Konstantin Batygin, Yliana Johansen-Méndez 00:43:02 - Panel 2 (Youth Leaders): Michaé De La Cuadra, Aidan Lin-Tostado, Isaac Michael Ybarra Visit www.zocalopublicsquare.org/ for more programs and essays in the series. Follow Zócalo on X: x.com/thepublicsquare Instagram: www.instagram.com/thepublicsquare/ Facebook: www.facebook.com/zocalopublicsquare LinkedIn: www.linkedin.com/company/z-calo-public-square/

This episode is a co-release with the Seeking Truth From Facts podcast: https://substack.com/@seekingtruthfromfactsThe theme of this episode derives from Lenin:“There are decades where nothing happens; and there are weeks when decades happen.” ― Vladimir Ilyich Lenin Steve and Alf discuss:(00:00) - Introduction (01:32) - China Victory Day Parade and new military technology (12:27) - The SCO summit and its implications (20:24) - Modi's presence and the prospect of a Sino-Indian rapprochement (25:00) - Trump's South Asian blunder? (32:14) - The Alaska Summit and the chances of peace (40:01) - Israel's loss of popular support on both the left and the right (46:12) - Bipolarity or multipolarity? –Steve Hsu is Professor of Theoretical Physics and of Computational Mathematics, Science, and Engineering at Michigan State University. Previously, he was Senior Vice President for Research and Innovation at MSU and Director of the Institute of Theoretical Science at the University of Oregon. Hsu is a startup founder (SuperFocus.ai, SafeWeb, Genomic Prediction, Othram) and advisor to venture capital and other investment firms. He was educated at Caltech and Berkeley, was a Harvard Junior Fellow, and has held faculty positions at Yale, the University of Oregon, and MSU. Please send any questions or suggestions to manifold1podcast@gmail.com or Steve on X @hsu_steve.

Bio: Jim Fruchterman is a leading social entrepreneur, author, MacArthur Fellow, recipient of the Skoll Award for Social Entrepreneurship, and Distinguished Alumnus of Caltech. After starting two successful for-profit AI companies, he went on to found Benetech, the award-winning tech nonprofit, building tools for people with disabilities and human rights defenders document and analyze abuses.  His current nonprofit projects at Tech Matters include Aselo, a shared modern contact center for the crisis response field; Terraso, software for the people on the front line of the climate crisis; and the Better Deal for Data, a data governance reform movement.    This episode is sponsored by the coaching company of the host, Paul Zelizer. Consider a Strategy Session if you can use support growing your impact business. Resources mentioned in this episode include: Benetech site Bookshare site Aselo site Terrasoul site Tech for Good book Paul's Strategy Sessions Pitch an Awarepreneurs episode

In this episode of SparX, Mukesh Bansal speaks with Rana Adhikari, experimental physicist at Caltech and leading voice in gravitational-wave research. From doubting Einstein as a student to helping build the LIGO detectors that confirmed his theories, Rana has been honoured with the Breakthrough Prize, Gruber Prize, and the New Horizons in Physics Prize.They dive into:What gravitational waves really are, and how LIGO measures distortions smaller than an atom.The story behind LIGO's breakthrough detections which is now catching 2–3 black hole mergers every week.Why LIGO-India, now approved and funded, could be the world's most precise detector and even test Einstein's theory of relativity itself.The cutting-edge role of quantum entanglement and AI in pushing measurement beyond classical limits.Building a thriving science ecosystem in India focused on mentorship, risk-taking, and the path to future Nobel Prizes.Rana also shares his personal journey from tinkering as an auto mechanic in Florida, to becoming one of the world's foremost experimental physicists, and now working closely with India to bring world-class science infrastructure to life.If you're curious about black holes, the true nature of reality, or India's chance to lead in fundamental science, this conversation is a must-watch.

In this episode you will hear:   Mark shares two admissions tips from students and he discusses Cal Tech's new test score policy. Lisa leads a panel discussion of five parents, all listeners of YCBK. The parents open up and reveal the pressure their student faces at school to go to an elite college.   Here is a link for our new YCBK listener survey so you can take the survey:   Speakpipe.com/YCBK is our method if you want to ask a question and we will be prioritizing all questions sent in via Speakpipe. Unfortunately, we will NOT answer questions on the podcast anymore that are emailed in. If you want us to answer a question on the podcast, please use speakpipe.com/YCBK. We feel hearing from our listeners in their own voices adds to the community feel of our podcast.   You can also use this for many other purposes: 1) Send us constructive criticism about how we can improve our podcast 2) Share an encouraging word about something you like about an episode or the podcast in general 3) Share a topic or an article you would like us to address 4) Share a speaker you want us to interview 5) Leave positive feedback for one of our interviewees. We will send your verbal feedback directly to them and I can almost assure you, your positive feedback will make their day.   To sign up to receive Your College-Bound Kid PLUS, our new monthly admissions newsletter, delivered directly to your email once a month, just go to yourcollegeboundkid.com, and you will see the sign-up popup. We will include many of the hot topics being discussed on college campuses.   Check out our new blog. We write timely and insightful articles on college admissions:   On X for our podcast:   https://twitter.com/YCBKpodcast   1. To access our transcripts, click: https://yourcollegeboundkid.com/category/transcripts/ 2. Find the specific episode transcripts for the one you want to search and click the link 3. Find the magnifying glass icon in blue (search feature) and click it 4. Enter whatever word you want to search. I.e. Loans 5. Every word in that episode when the words loans are used, will be highlighted in yellow with a timestamps 6. Click the word highlighted in yellow and the player will play the episode from that starting point 7. You can also download the entire podcast as a transcript   We would be honored if you will pass this podcast episode on to others who you feel will benefit from the content in YCBK.   Please follow our podcast. It really helps us move up in Spotify and Apple's search feature so others can find our podcast.   If you enjoy our podcast, would you please do us a favor and share our podcast both verbally and on social media? We would be most grateful!   If you want to help more people find Your College-Bound Kid, please make sure you follow our podcast. You will also get instant notifications as soon as each episode goes live.   Check out the college admissions books Mark recommends:   Check out the college websites Mark recommends:   If you want to have some input about what you like and what you recommend, we change about our podcast, please complete our Podcast survey; here is the link:     If you want a college consultation with Mark just text Mark at 404-664-4340 or email Lisa at . All we ask is that you review their services and pricing on their website before the complimentary session; here is link to their services with transparent pricing: https://schoolmatch4u.com/services/compare-packages/  

Assistant Professor Mohammad Mirhosseini (Caltech EE/APh) explains how his group built a mechanical quantum memory that stores microwave-photon quantum states far longer than typical superconducting qubits, and why that matters for hybrid quantum architectures. The discussion covers microwave photons, phonons, optomechanics, coherence versus lifetime (T2 vs. T1), current speed bottlenecks, and implications for quantum transduction and error mechanisms. The discussion centers on a paper from Mirhosseini's paper from December of 2024 titled, “A mechanical quantum memory for microwave photons,” detailing strong coupling between a transmon and a long‑lived nanomechanical oscillator for storage and retrieval of nonclassical states.GuestMohammad Mirhosseini is an Assistant Professor of Electrical Engineering and Applied Physics at Caltech, where his group engineers hybrid superconducting–phononic–photonic systems at millikelvin temperatures for computing, communication, and sensing. He completed his PhD at the University of Rochester's Institute of Optics and was a postdoc in Oscar Painter's group at Caltech before starting his lab. His recent team effort demonstrates mechanical oscillators as compact, long‑lived quantum memories integrated with superconducting circuits.Key topicsWhat “microwave photons” are and how qubits emit/absorb single microwave photons in circuit QED analogously to atoms and optical photons.Why “memory” is missing in today's quantum processors and how a dedicated long‑lived storage element can complement fast but dissipative superconducting qubits.Optomechanics 101: mapping quantum states between electrical and mechanical degrees of freedom, with phonons as the quantized vibrational excitations.T1 vs. T2: demonstrated order‑of‑magnitude gains in lifetime (T1) and more modest current gains in coherence (T2), plus paths to mitigate dephasing.Present bottleneck: state conversion between qubit and oscillator is about 100× slower than native superconducting operations, with clear engineering avenues to speed up.Quantum transduction: leveraging the same mechanical intermediary to bridge microwave and optical domains for interconnects and networking.Two‑level system (TLS) defects: shared decoherence mechanisms across mechanical oscillators and superconducting circuits and why comparing both can illuminate materials limits.Why it mattersHybrid architectures that pair fast processors with long‑lived memories are a natural route to scaling, and mechanical oscillators offer lifetimes far exceeding conventional superconducting storage elements while remaining chip‑integrable.. Demonstrating nonclassical state storage and retrieval with strong qubit–mechanics coupling validates mechanical oscillators as practical quantum memories and sets the stage for on‑chip transduction. Overcoming current speed limits and dephasing would lower the overhead for synchronization, buffering, and possibly future fault‑tolerant protocols in superconducting platforms.Episode highlightsA clear explanation of microwave photons and how circuit QED lets qubits create and absorb them one by one.Mechanical memory concept: store quantum states as phonons in a gigahertz‑frequency nanomechanical oscillator and read them back later.Performance today: roughly 10–30× longer T1 than typical superconducting qubits with current T2 gains of a few×, alongside concrete strategies to extend T2.Speed trade‑off: present qubit–mechanics state transfer is ~100× slower than native superconducting gates, but device design and coupling improvements are underway.Roadmap: tighter coupling for in‑oscillator gates, microwave‑to‑optical conversion via the same mechanics, and probing TLS defects to inform both mechanical and superconducting coherence.

Kyle Chan is a Postdoctoral Research Associate and Lecturer in Sociology at Princeton University. His research focuses on industrial policy, clean technology, and infrastructure with a regional focus on China and India. He is currently working on a book on Chinese industrial policy that aims to explain how China came to dominate certain industries today that had originally been led by the US, Japan, and other industrialized nations. These industries include electric vehicles, solar, high-speed rail, and consumer electronics. The book will describe the wide range of industrial policy tools used in China and their ongoing efforts in other industries, such as semiconductors and biotechnology.Kyle Chan writes a popular newsletter called High Capacity on industrial policy, clean technology, and infrastructure, particularly in China and India.Personal website: https://www.kyleichan.com/NYT op-ed: https://www.nytimes.com/2025/05/19/opinion/china-us-trade-tariffs.htmlLu Feng interview: https://www.high-capacity.com/p/chinese-industrial-maximalismChapter Markers:(00:00) - Introduction (00:50) - Kyle's Background and Research Interests (05:51) - China vs. India: A Comparative Study of Railway Development (12:38) - The Broader Implications of Industrial Policy (37:48) - Introduction to Industrial Maximalism (38:54) - China's Manufacturing Strategy (41:33) - US-China Technological Competition (59:45) - Global Collaboration and Future Outlook Music used with permission from Blade Runner Blues Livestream improvisation by State Azure.–Steve Hsu is Professor of Theoretical Physics and of Computational Mathematics, Science, and Engineering at Michigan State University. Previously, he was Senior Vice President for Research and Innovation at MSU and Director of the Institute of Theoretical Science at the University of Oregon. Hsu is a startup founder (SuperFocus.ai, SafeWeb, Genomic Prediction, Othram) and advisor to venture capital and other investment firms. He was educated at Caltech and Berkeley, was a Harvard Junior Fellow, and has held faculty positions at Yale, the University of Oregon, and MSU. Please send any questions or suggestions to manifold1podcast@gmail.com or Steve on X @hsu_steve.

Some cryptos stand out for their dynamic movements and substantial possibilities. As markets evolve, certain tokens attract attention for their rapid fluctuations and appealing potential. Looking forward, specific projects may lead to significant gains, though accompanied by considerable volatility. This analysis explores which tokens might deliver the largest returns next year. Hyperliquid: The Gas-Free Speedster Aiming to Rewrite DeFi Hyperliquid runs on a fresh base chain built for fast moves. Its own voting system, called HyperBFT, locks trades in seconds while keeping them safe. Every order sits on the chain, so anyone can check the book at any time. Traders zip in and out of endless future swaps without paying gas. This makes the service feel like a top web app, yet it stays fully open and public. A team of sharp minds from Harvard, Caltech, and MIT guides the code, and they fund it themselves, keeping choices clear of outside pull. Many users now hunt for lower fees and faster trades; that trend lifts chains like Solana and Arbitrum. Hyperliquid goes further by cutting fees to zero and keeping the book on-chain, a combo few rivals match. If the bull run keeps warming, fresh volume could rush to places that feel smooth yet fair. Early signs show tight spreads and lively flow, hinting that the idea clicks with pro and casual players alike. While no one can promise price moves, a lean set-up, clear vision, and growing need for speed make the coin one to watch this cycle. XYZVerse Sets a New Trend, Could This be the Next 50X Meme Coin? The buzz around XYZVerse is real. As the first-ever all-sports meme token, it is going to break records in the meme coin space, targeting 50X growth upon launch. The current presale gives early investors the chance to grab $XYZ tokens at a significantly discounted price, far below the expected listing price. Bullish Mood on $XYZ XYZVerse is already featured on CoinMarketCap where the community has shown a strongly bullish mood on this coin, with 95% voters anticipating $XYZ to grow. XYZ was further noticed by reputable crypto influencers. DanjoCapitalMaster, who has close to 800,000 followers, recently expressed his support for the project, calling XYZVerse a "moonshot opportunity." More Than Just a Meme Coin Unlike most meme coins that ride trends without much substance, XYZVerse is setting a new trend. It is blending the high-energy world of sports with the viral nature of meme culture. And it's working. The presale is moving fast, with early buyers locking in tokens at a fraction of what some believe could be its future value. Right now, XYZVerse is still in its presale phase, but demand is high. The price has already climbed from $0.0001 in Stage 1 to $0.005 by Stage 13, with over $15 million already raised. Investors who got in early have secured a steep discount, and with a target listing price of $0.1, those numbers have people paying attention. Still Time to Get in Before the Presale Ends Beyond just hype, XYZVerse has a structured tokenomics model aimed at long-term sustainability. A share of 15% is allocated to liquidity to create a solid market foundation.To reward its community via airdrops and bonuses, the team has put aside 10% of the total supply. Moreover, a big chunk of 17.13% is designated for deflationary burns, which could reduce supply and drive demand for $XYZ over time. A Community-Driven Project With Big Plans One thing setting XYZVerse apart is how it engages its community. The team recently launched the Ambassador Program, giving users the chance to earn free tokens by supporting the project. And that's just the start - there are already talks with major sports celebrities to help boost visibility. The recent partnership with decentralized sportsbook bookmaker.XYZ underscores XYZVerse's commitment to expanding its utility. It's a big move that gives the community something to actually use. As part of the deal, $XYZ holders get a special bonus on their first bet -...

Lead in gasoline powered cars have killed more people than those that died in World War Two. That's the astonishing claim of David Obst who, in his new Saving Ourselves From Big Car, lays out a strategy to kick our self-destructive automobile addiction. The former investigative reporter, who worked with Seymour Hersh on the My Lai massacre story and represented Woodward and Bernstein for All the President's Men, argues that the auto industry suppressed knowledge about lead's deadly effects for 70 years. More controversially, Obst claims electric vehicles are no better due to the lead in batteries. The only safe future is one without cars, he insists, pointing to car-free communities like Tempe, Arizona and Taipei, Taiwan as models for breaking what he calls our addiction to automobiles.1. Lead in gasoline killed more people than World War II Obst claims that from 1927 to the 1990s, lead additives in gasoline caused more deaths globally than WWII, citing World Health Organization statistics - though interviewer Andrew Keen found this claim conspiratorial.2. Electric vehicles aren't the solution Surprisingly, Obst argues EVs are just as dangerous as gas cars because their batteries contain lead. He points to Tesla fires in the California Palisades spreading lead pollution as evidence of this ongoing problem.3. The auto industry suppressed the truth for 70 years The Ethel Corporation (formed by Standard Oil, DuPont, and GM) allegedly kept lead's deadly effects secret through lobbying and silencing critics, including exiling Caltech scientist Claire Patterson who tried to expose the danger.4. Americans are "addicted" to cars Inspired by his granddaughter telling him "you are the traffic," Obst argues we must treat car dependence like any other addiction - acknowledging that 30% of gasoline is burned just looking for parking spaces.5. Car-free communities are the only answer Obst profiles successful car-free zones from Tempe, Arizona (6,000 residents, no cars allowed) to Taipei's bicycle-centric system, arguing for gradual implementation of car-free neighborhoods rather than overnight transformation.Keen On America is a reader-supported publication. To receive new posts and support my work, consider becoming a free or paid subscriber. This is a public episode. If you'd like to discuss this with other subscribers or get access to bonus episodes, visit keenon.substack.com/subscribe

Dr. Joleen Liang is Co-founder of Squirrel AI, which pioneered adaptive learning at scale, first in China and now in the US. By 2021 its technology had served over 60,000 public schools in 1,200 cities across Asia. Squirrel AI has implemented large knowledge graphs mapping out the main concepts in the K-12 math, science, and language curriculum. The Squirrel learning tablet actively observes student behavior (including eye-tracking during video lessons) and adapts its presentation and testing to individual learning patterns.Chapter markers:(00:00) - Joleen Liang: Co-Founder of Squirrel AI (02:14) - Squirrel AI: Beginnings and scale (14:44) - AI vs Human Teachers (33:51) - Learning environment: tablet, headphones, human supervisors/analysts (51:11) - Challenges and Opportunities in the US Market Music used with permission from Blade Runner Blues Livestream improvisation by State Azure.–Steve Hsu is Professor of Theoretical Physics and of Computational Mathematics, Science, and Engineering at Michigan State University. Previously, he was Senior Vice President for Research and Innovation at MSU and Director of the Institute of Theoretical Science at the University of Oregon. Hsu is a startup founder (SuperFocus.ai, SafeWeb, Genomic Prediction, Othram) and advisor to venture capital and other investment firms. He was educated at Caltech and Berkeley, was a Harvard Junior Fellow, and has held faculty positions at Yale, the University of Oregon, and MSU. Please send any questions or suggestions to manifold1podcast@gmail.com or Steve on X @hsu_steve.

BASILISK, the first esports organization dedicated to promoting science, has teamed up with The Planetary Society and Caltech’s Institute for Quantum Information and Matter to bring the banner of “Science Victory” to gamers around the world. Their roster includes world champions in StarCraft II, chess, Magic: The Gathering, and fighting games, all united by a shared mission to inspire the next generation of scientists. Joining us to talk about this unique collaboration is Kyle Hill, award-winning science communicator and BASILISK’s head of science education and outreach. Kyle shares how his career in science communication led him from YouTube into the world of professional gaming, where science and play are coming together in powerful new ways. Then, stick around for What’s Up with Bruce Betts, our chief scientist, as we share our favorite space-themed video games and a new random space fact. Discover more at: https://www.planetary.org/planetary-radio/2025-basiliskSee omnystudio.com/listener for privacy information.

Connect to John Gilroy on LinkedIn   https://www.linkedin.com/in/john-gilroy/ Want to listen to other episodes? www.Federaltechpodcast.com Virtualitics, a company spun out of Caltech and NASA JPL in 2016, focuses on applying advanced AI to mission-critical challenges, including asset availability, personnel readiness, and supply chain optimization. During the interview, Rob Bocek, Chief Revenue Officer at Virtualitics, provides listeners with insight into how his company can enhance Air Force readiness while ensuring explainability and democratizing AI. Sometimes, AI is described as a “black box” where one pours in data and out pops an answer. In a life-or-death scenario that many military organizations face, this arbitrary approach will not suffice. As a result, solutions provided by Virtualitics, document the process carefully. Listening to the customer is key to understanding supply chain problems.  Rob Bocek details how his team will get close to the end user. This can be a “democratic” approach where a wide variety of input is absorbed. Virtualitics aims to identify the root causes of pain and determine what specifically needs to be solved. He highlights their ability to detect anomalies, optimize training pipelines, and anticipate equipment failures. Once these preliminaries are brought together, the most tremendous success will be accomplished when leadership takes risks. Looking ahead, Virtualitics is hosting the Frontiers of AI for Readiness Summit at Caltech to convene DoD leaders, academics, industry, and investors. Bocek emphasizes partnerships across technology providers, cloud platforms, and startups as essential to scaling AI solutions and accelerating the DoD's adoption.  

Dr. Melanie Walker is a trained neurosurgeon who, in the late 1990s, served as a science advisor to Jeffrey Epstein. She reportedly met Epstein in the early 1990s and, in 1998, while completing post-doctoral work at Caltech, accepted that role—helping him identify and connect with academics whose work he might fund, thus facilitating his access to elite intellectual circles. Despite her advisory connection, Walker has not been accused of any wrongdoing or involvement in Epstein's criminal activities.In the 2000s, Walker transitioned into philanthropy and global development. She held significant roles at the Bill & Melinda Gates Foundation—including deputy director of special initiatives—and was later placed at the World Bank under a secondment arrangement, ultimately becoming Senior Adviser to the President and Director of the Delivery Unit. She also serves in leadership roles within health and development policy spheres, such as co‑chairing the World Economic Forum's Future Council on neuro-technology and brain science.To contact me:bobbycapucci@protonmail.comSource:https://www.thesun.co.uk/news/worldnews/10397210/prince-andrew-jeffrey-epstein-neurosurgeon-ranch/

Dr. Melanie Walker is a trained neurosurgeon who, in the late 1990s, served as a science advisor to Jeffrey Epstein. She reportedly met Epstein in the early 1990s and, in 1998, while completing post-doctoral work at Caltech, accepted that role—helping him identify and connect with academics whose work he might fund, thus facilitating his access to elite intellectual circles. Despite her advisory connection, Walker has not been accused of any wrongdoing or involvement in Epstein's criminal activities.In the 2000s, Walker transitioned into philanthropy and global development. She held significant roles at the Bill & Melinda Gates Foundation—including deputy director of special initiatives—and was later placed at the World Bank under a secondment arrangement, ultimately becoming Senior Adviser to the President and Director of the Delivery Unit. She also serves in leadership roles within health and development policy spheres, such as co‑chairing the World Economic Forum's Future Council on neuro-technology and brain science.To contact me:bobbycapucci@protonmail.comSource:https://www.thesun.co.uk/news/worldnews/10397210/prince-andrew-jeffrey-epstein-neurosurgeon-ranch/Become a supporter of this podcast: https://www.spreaker.com/podcast/the-epstein-chronicles--5003294/support.

Max Dama is the co-chairman of Headlands Technologies LLC, a global quantitative proprietary trading firm headquartered in Chicago, with offices in New York, Austin, London, Amsterdam and Singapore. He earned a B.A. in Mathematics, Statistics, Computer Science, and Business from the University of California, Berkeley.A generation of quants know Max through his notes on automated trading and on interview brain teasers.https://work-in-progress.notion.site/Max-Dama-s-Brainteasers-Study-Guide-WIP-9eb1f4b692f241d894462ddf1ab34617http://isomorphisms.sdf.org/maxdama.pdfSteve and Max discuss:(00:00) - Introduction (01:18) - Max Dama's Early Life and Education (02:19) - Journey into Trading and Career Development (06:56) - The High-Frequency Trading Industry (26:42) - Academic Foundations for Trading (27:50) - Computer Science in Trading (28:57) - Insights into the Trading Industry (35:49) - AI and the future of HFT Music used with permission from Blade Runner Blues Livestream improvisation by State Azure.–Steve Hsu is Professor of Theoretical Physics and of Computational Mathematics, Science, and Engineering at Michigan State University. Previously, he was Senior Vice President for Research and Innovation at MSU and Director of the Institute of Theoretical Science at the University of Oregon. Hsu is a startup founder (SuperFocus.ai, SafeWeb, Genomic Prediction, Othram) and advisor to venture capital and other investment firms. He was educated at Caltech and Berkeley, was a Harvard Junior Fellow, and has held faculty positions at Yale, the University of Oregon, and MSU. Please send any questions or suggestions to manifold1podcast@gmail.com or Steve on X @hsu_steve.

Caltech's board once had nearly 80 members; too many for focused discussion or quick decisions. In this episode of the Changing Higher Ed® podcast, Dr. Drumm McNaughton talks with Cathy Light, Caltech's Secretary of the Board, about how the institution streamlined governance, strengthened committees, and made trustee reorientation mandatory. Light, who has held senior roles at Carnegie Mellon University and the Semester at Sea program, outlines how Caltech conducts trustee assessments, structures its executive committee, and uses an ongoing governance review to keep the board working at its best. Topics Covered: Governance changes prompted by the pandemic Defining trustee responsibilities in 2025 Using the executive committee for responsive decision-making The role of the governance and nominating committee Trustee assessments and renewal decisions Making orientation and reorientation standard practice Maintaining strategic oversight without micromanaging Involving alumni and students without adding voting seats Real-World Examples: Reducing the board from 80 members to a manageable size Giving young alumni trustees full voting rights Using retreats and campus visits to connect trustees with faculty research Three Takeaways for Leadership: Keep governance review continuous and adaptive. Use orientation and reorientation to maintain alignment. Structure boards for informed, timely decisions without overstepping into operations. For presidents, trustees, board chairs, board secretaries, and governance committees aiming to improve board effectiveness. Read the transcript:  https://changinghighered.com/caltech-private-higher-education-board-governance-model/ #HigherEdGovernance #BoardGovernance #HigherEducationPodcast #HigherEdGovernanceModel

Note: This podcast interview was recorded before the CFS10 shake table tests, which took place in June and July of 2025.In this episode, earthquake engineers Tara Hutchinson, of UC San Diego, and Ben Schafer, of Johns Hopkins University, explain how they collect data from the CFS10 shake table tests. 750 sensors monitor the 10-story steel-framed structure as it is subjected to simulated earthquakes; sensors range from accelerometers to drones filming video. Partners in CFS10 instrumentation include the California Strong Motion Instrumentation program and CalTech, who installed valuable sensor systems on the structure. Hutchinson and Schafer discuss data from non-structural components, vital for understanding building re-occupation, and they cover important nuances – such as data from prior component testing, including hybrid simulations – which are necessary precursors to large-scale shake table testing – which validate earlier findings.Expect to hear initial findings from CFS10 testing in September 2025, when Hutchinson and Schafer will be presenting papers. Data from the CFS10 tests will be publicly available on the NHERI DesignSafe Data Depot within a year. Although it can take years for engineering research to be adopted into official building codes, Hutchinson and Schafer explain that engineers in the earthquake-prone state of California are quicker to adopt peer reviewed findings. 

Host Dave Schlom is joined by California Institute of Technology Philosophy Professor Chip Sebens for an engaging look at how philosophical thought and methodology can help unravel the mysteries of modern Physics.

A 2024 study at CalTech about brain processing ability: our brains can only process information at 10bits/second. Meanwhile our sensory system collect data a rate billions of times greater than what the brain can process.Bev & Paul share why belief is not a factor in using Bio-Touch Healing in our lives. As Dr. Kenna Stephenson says: The power of Bio-Touch is meeting Someone in Sickness or Pain and watching them transform to Well-Being.

Imaginez : on vous sert deux verres de vin. Même robe, même nez, même texture. L'un coûte 9 euros. L'autre, 89. Devinez lequel vous préférez ? Spoiler : vous préférez le deuxième. Pas parce qu'il est meilleur… mais parce qu'il est plus cher ! Et que votre cerveau adore se faire avoir. Déjà, commençons par ce que l'on appelle le biais de prix, ou quand le cerveau boit avec le portefeuille. En 2008, des chercheurs de Stanford et Caltech ont scanné le cerveau de 20 personnes pendant qu'elles goûtaient le même vin – sauf qu'on leur faisait croire que certains coûtaient 5 dollars, d'autres 45 dollars. Résultat ? Les zones du plaisir s'activaient davantage pour les vins prétendument plus chers, même s'il s'agissait exactement du même flacon. Moralité : ce n'est pas votre palais qui juge, mais bien votre banquier imaginaire.Dans ce nouvel épisode de Parlons Vin, la journaliste Alicia Dorey vous parle d'illusions sensorielles, de biais cognitifs et de cette petite voix intérieure qui vous pousse à aimer ce que vous avez payé trop cher.Et n'oubliez pas : parlons peu mais Parlons Vin !Vous pouvez écouter cet épisode sur Figaro Radio, le site du Figaro et sur toutes les plateformes d'écoutes.Chronique et rédaction : Alicia DoreyMontage : Antoine Lion-RantyPrise de son : François DuvalProduction exécutive : Aude Sérès, rédactrice en chef, pôle audio Le FigaroCoordination de production : Pôle audio Le FigaroCommunication : Réseaux sociaux Le FigaroVisuel & habillage : Studio design Le FigaroHébergé par Ausha. Visitez ausha.co/politique-de-confidentialite pour plus d'informations.

Andrew Song is a co-founder of Make Sunsets, a company focused on addressing climate change through solar geoengineering. The company launches balloons filled with sulfur dioxide (SO2) into the stratosphere with the aim of reflecting sunlight to cool the Earth.https://makesunsets.com/Previous Manifold episodes on climate:https://www.manifold1.com/episodes/casey-handmer-terraform-industries-and-a-carbon-neutral-future-57https://www.manifold1.com/episodes/tim-palmer-status-and-future-of-climate-modeling-16https://www.manifold1.com/episodes/klaus-lackner-on-carbon-capture-climate-change-and-physics-40Steve and Andrew discuss:(00:00) - Introduction (01:35) - Andrew's Background and Swimming Career (06:37) - Journey into Startups and Y Combinator Experience (11:30) - Make Sunsets: Concept and Science (32:53) - Exploring Supersonic and Balloon-Based Solutions (33:45) - Environmental Concerns and Biodegradable Solutions (36:13) - Business Model and Cooling Credits (39:26) - Future Prospects and Climate Modeling Challenges Music used with permission from Blade Runner Blues Livestream improvisation by State Azure.–Steve Hsu is Professor of Theoretical Physics and of Computational Mathematics, Science, and Engineering at Michigan State University. Previously, he was Senior Vice President for Research and Innovation at MSU and Director of the Institute of Theoretical Science at the University of Oregon. Hsu is a startup founder (SuperFocus.ai, SafeWeb, Genomic Prediction, Othram) and advisor to venture capital and other investment firms. He was educated at Caltech and Berkeley, was a Harvard Junior Fellow, and has held faculty positions at Yale, the University of Oregon, and MSU. Please send any questions or suggestions to manifold1podcast@gmail.com or Steve on X @hsu_steve.

The episode features a touching act of kindness where a stranger pays for a father's family breakfast; a woman uncovering a creepy hidden book under her floorboards; Caltech's development of a new class of matter with potential applications in robotics and biomedicine; NASA's significant findings from asteroid Benu, revealing organic compounds crucial for life; and an innovative project where scientists use knitted hats on cats to study feline brain activity related to pain.  To become a premium subscriber (no ads and no feed drops) visit caloroga.com/plus.   For Apple users, hit the banner on your Apple podcasts app which seays UNINTERRUPTED LISTENING. For Spotify or other players, visit caloroga.com/plus. You also get 25+ other shows on the network ad-free!   

Researchers at Caltech have successfully demonstrated a quantum network of two nodes, each containing multiple quantum bits (qubits), using a new protocol for distributing quantum information in a parallel manner. This "entanglement multiplexing" method significantly boosts quantum communication rates between nodes, representing a major leap in the field. You can listen to all of the Quantum Minute episodes at https://QuantumMinute.com. The Quantum Minute is brought to you by Applied Quantum, a leading consultancy and solutions provider specializing in quantum computing, quantum cryptography, quantum communication, and quantum AI. Learn more at https://AppliedQuantum.com.

I sat down with Brian H. Davison, PhD, Chief Scientist of Systems Biology & Biotechnology in the Biosciences Division of Oak Ridge National Laboratory and the Center for Bioenergy Innovation. Brian is a graduate of the University of Rochester and Caltech and candidate for President of the American Institute for Chemical Engineering (AIChE). Brian discusses his career trajectory from bench scientist to Chief Scientist, science communication, skills needed for effective leadership, discovery and commercialization, and his long history of leadership in AIChE and what he would aim to accomplish as President.

On May 7, 1981, influential physicist Richard Feynman gave a keynote speech at Caltech. Feynman opened his talk by politely rejecting the very notion of a keynote speech, instead saying that he had his own ideas on what to discuss and that everyone should speak on what they please. And for Feynman, this meant proposing a new technology that could simulate physics with computers. That lecture 44 years ago is widely considered to have kicked off the field of quantum computing. In today's episode we dive into the world of quantum computing — its big challenges and exciting potential applications such as decoding tough-to-crack encrypted messages or discovering new drugs. Send us your science facts, news, or other stories for a chance to be featured on an upcoming Tiny Show and Tell Us bonus episode. And, while you're at it, subscribe to our newsletter!Links to the Tiny Show and Tell stories are here and here. All Tiny Matters transcripts and references are available here.See Privacy Policy at https://art19.com/privacy and California Privacy Notice at https://art19.com/privacy#do-not-sell-my-info.

In this episode of The Bulletin, producer Clarissa Moll talks with missiologist Todd Korpi about what AI reveals about being human. Associate producer Alexa Burke digs into artificial intelligence history with data science professor Jonathan Barlow, and Dr. Finny Kuruvilla shares the amazing advancements and ethical questions that AI in medical technology raises.  GO DEEPER WITH THE BULLETIN: -Join the conversation at our Substack. -Find us on YouTube. -Rate and review the show in Apple Podcasts. ABOUT THE GUESTS:   Todd Korpi is a Pentecostal missiologist, researcher, and writer. In addition to work consulting with churches on organizational effectiveness and missional engagement, he serves as lead researcher of the Digital Mission Consortia at the Wheaton College Billy Graham Center and as an adjunct instructor in mission and leadership at several institutions. Jonathan Barlow is associate director of the Data Science program at Mississippi State as well as an assistant teaching professor. Previously, Barlow was an associate director at NSPARC, a research center at Mississippi State University. With a background in industry and university research, Barlow has more than 25 years of experience in software development, data modeling, data-intensive applications, and data analysis. His research interests involve natural language processing and the ethics of artificial intelligence. Finny Kuruvilla holds an MD from Harvard Medical School, a PhD in Chemistry and Chemical Biology from Harvard University, a master's degree in Electrical Engineering and Computer Science from MIT, and a bachelor's degree from Caltech in Chemistry. He is the co-chief investment officer at Eventide Asset Management, LLC, a socially-responsible and values-based investing firm.   Views expressed in this podcast are intended for information purposes and do not constitute investment advice. Eventide does not provide tax, accounting, or legal advice. Eventide's values-based approach to investing may not produce desired results and could result in underperformance compared with other investments. There is no guarantee that any investment will achieve its objectives, generate positive returns, or avoid losses. ABOUT THE BULLETIN: The Bulletin is a twice-weekly politics and current events show from Christianity Today moderated by Clarissa Moll, with senior commentary from Russell Moore (Christianity Today's editor in chief) and Mike Cosper (director, CT Media). Each week, the show explores current events and breaking news and shares a Christian perspective on issues that are shaping our world. We also offer special one-on-one conversations with writers, artists, and thought leaders whose impact on the world brings important significance to a Christian worldview, like Bono, Sharon McMahon, Harrison Scott Key, Frank Bruni, and more.  The Bulletin listeners get 25 percent off CT. Go to https://orderct.com/THEBULLETIN to learn more. “The Bulletin” is a production of Christianity Today Producer: Clarissa Moll Associate Producer: Alexa Burke Editing and Mix: Kevin Morris Music: Dan Phelps Executive Producers: Erik Petrik and Mike Cosper Senior Producer: Matt Stevens Learn more about your ad choices. Visit podcastchoices.com/adchoices

Today Razib talks to repeat guest Steve Hsu about China, a topic with so many currently relevant dimensions gIven the PRC's clear emergence as an economic, military and political rival to the US. Hsu is a Caltech‑trained theoretical physicist who migrated from black holes to big data, co‑invented privacy tech at SafeWeb, helped found the biotech company Genomic Prediction, all while remaining a prominent public voice on genetics, intelligence and the future of human enhancement. He is also a professor of physics at Michigan State, and from 2012-2020 was vice president for research and graduate studies there. Razib and Hsu discuss whether China is innovating and how meanwhile American regulation and culture are stifling its domestic creativity. A proud Iowan, Hsu rebuts the notion that he is pro-China, seeing himself simply as a realist convinced that it is important to face the PRC head on and assess its strengths candidly. He and Razib talk about China's demographic headwinds. Hsu points out the reality of demographic inertia. The generation already born in the 21st century is an abundant young workforce who will power the nation's rise for the next 30-40 years; that disastrously plummeting fertility making headlines today is a concern post-dated for at least a generation down the road. They also discuss the quality of Chinese higher education, and the reality that the population today is far more educated than it was 25 years ago. Hsu also talks about possible cultural and biobehavioral differences between East Asians and Europeans, and addresses why South Asians seem to be better adapted to succeed in American corporate culture.

Need help with your college applications? Set up a complimentary strategy call with our team of admission experts: CLICK HERE.  Is your student a fit for Caltech? Here's what admissions really want. We spoke with someone who's been inside the Caltech admissions room, and they revealed what really catches the attention of decision-makers at one of the world's most rigorous STEM universities. In this episode, you'll get clear, actionable insights on: What Caltech looks for beyond perfect GPAs and test scores How their academic culture compares to schools like MIT What makes a standout Caltech personal statement Why intellectual curiosity matters more than big words or technical jargon What “enough” STEM experience actually means (hint: it's about depth, not quantity) Whether your student is starting their college application journey or preparing to apply this fall, this video will give you a clearer picture of what it takes to compete at the highest level. Listen now and help your teen gain an edge in STEM college admissions! --- Register for our upcoming webinars. Questions, comments, or topic requests? Email jilian.yong@ingeniusprep.com. To learn more about InGenius Prep, visit us at ingeniusprep.com.

What are the benefits and risks of developing advanced AI? What kind of safety precautions could we take? Could we risk never making future discoveries, by over-limiting today's AI in pre-emptive safety regulations?In this episode we get a sceptical evaluation of the complex debate that's currently raging on artificial Intelligence safety, aiming to get a balanced view of the extremely useful applications versus the currently hugely publicised existential risks, and evaluate the safety measures and legislative frameworks that are being considered to help avoid risk to humans. To do this we trace the path from today's artificial intelligence right up the ever steeper curve towards artificial super intelligence; we risk risk assess the unpredictability of emergent properties of such systems; we assess the future of work, and the potential loss of control of our culture as AI starts to outnumber us and generate more and more of the media we consume.My guest today has a unique take on these issues which took me by surprise, as he disagrees with the alarmism and call for harsh regulation, whilst openly predicting that emergent properties will more or less guarantee safety hazards. The fact that he has been at the cutting edge of computer science for over 40 years, creating computer language and Ai solutions, makes him well placed to provide a counterpoint to the AI safety campaigners calling for collective action. He is of course physicist, computer scientist and tech entrepreneur Stephen Wolfram. In 1987 he left academia at Caltech and Princeton behind and devoted himself to his own computer systems at his company Wolfram Research. He's published many blog articles about his ideas, and written many influential books including “A new kind of science”, “A project to find the fundamental theory of physics”, and “Computer modelling and simulation of dynamic systems”, and most recently “The Second law” about the mystery of Entropy. What we discussed:00:00 Intro. 06:30 Stephen's first forays into neural nets in the early 80s.09:30 Cellular Automata.11:00 Can you make the knowledge of the world available via computers?13:00 Wolfram Alpha: A non-AI AI. 17:45 Can AI solve science?22:00 AI is great at rough answers, worse at the detail.33:00 Artificial General intelligence, A.G.I.42:00 The pros & cons of super intelligence.47:40 Chat GBT's unpredicted peculiarities.54:00 The spread of mistruth. 58:00 AI and the future of work.01:05:20 Businesses leading automation push.01:09:00 AI will outnumber us and network, changing our culture.01:11:00 AI will follow a banal ‘mean'.01:16:30 The AI Safety debate.01:21:00 We have no choice, it will be developed anyway.01:22:00 Ai systems may have feelings, we don't know.01:25:00 Stephen's non-interventionist safety approach.References: Stepehn Wolfram, “A project to find the fundamental theory of physics”,Stephen Wolfram, “The Second Law” The History of “Neural Nets” since 1943, (Warren McCulloch and Walter Pitts paper)Stephen Wolfram, “Can AI solve science?” article

Welcome to the "Survivor: NASA" edition! This week, Tariq and Rod jump into the headlines, and boy are there a lot of them! NASA has a new interim administrator: former Congress member, reality TV star, and Fox News commentator Sean Duffy. NASA's budget may still be cut by 25%, or it might be increased to more than they have seen since the 1960s in adjusted dollars. At the same time, NASA is under orders to cut as many as 2000 mostly senior-level positions, the Jet Propulsion Laboratory could be headed for new management, and will Houston be able to grab the Smithsonian's space shuttle as specified in the Big Beautiful Bill? Join us and find out! Headlines NASA Budget Battles: Rod and Tariq delved into the ongoing debate on Capitol Hill regarding NASA's budget, with the Senate seeking more funding than the Trump administration's proposed cuts. Trump Administration's NASA Policies: They discussed the perplexing approach of the Trump White House, which initiated the Artemis lunar program but simultaneously proposed significant budget reductions. New Interim NASA Administrator: The surprising appointment of Sean Duffy, the Secretary of the Department of Transportation, as the new interim NASA Administrator was a key topic, prompting questions about his background and suitability, as well as the ability to run two departments at once--each of which requires great attention. Mass Exodus of NASA Senior Staff: A Politico report highlighted that over 2,000 senior-level employees are leaving NASA due to job cuts and early retirements, raising concerns about a brain drain. JPL Management Review: Concern over a review of JPL's management by Caltech, which has historically operated the center, potentially impacting its unique culture. Controversial Space Shuttle Discovery Move: The "Big Beautiful Bill" included an $85 million allocation to move space shuttle Discovery from the Smithsonian to Houston, a plan met with skepticism regarding logistics and cost. Interstellar Comet 3I/Atlas: The discovery of 3I/Atlas, the third interstellar object identified in our solar system, was discussed, with early data suggesting it's an ancient, water-ice-rich comet, possibly much older than the solar system. Vera Rubin Telescope and Interstellar Object Research: The new Vera Rubin Telescope is already making significant discoveries, including 2,000 new asteroids in just three weeks, and is investigating 3I/Atlas. No Pacific Rocket Landing Pads: The Air Force has decided to cancel plans for experimental rocket landing pads on Johnston Atoll in the Central Pacific, citing environmental concerns. Supreme Court Decision on Government Firings: A recent Supreme Court decision has broadened the Trump administration's ability to conduct mass firings of government contractors and federal employees. Axiom Mission 4 (Ax-4) Update: The private Axiom-4 mission, commanded by Peggy Whitson and carrying India's first astronaut to the ISS, is scheduled to undock soon. Starliner 1 to be Cargo-Only Flight: Reports from Space News indicate that Boeing's Starliner 1 flight, now slated for early 2026, might be configured as a cargo-only mission. James Webb Space Telescope's Third Anniversary: The James Webb Space Telescope is celebrating its third year These show notes have been truncated due to length. For the full show notes, visit https://twit.tv/shows/this-week-in-space/episodes/168 Hosts: Rod Pyle and Tariq Malik

Welcome to the "Survivor: NASA" edition! This week, Tariq and Rod jump into the headlines, and boy are there a lot of them! NASA has a new interim administrator: former Congress member, reality TV star, and Fox News commentator Sean Duffy. NASA's budget may still be cut by 25%, or it might be increased to more than they have seen since the 1960s in adjusted dollars. At the same time, NASA is under orders to cut as many as 2000 mostly senior-level positions, the Jet Propulsion Laboratory could be headed for new management, and will Houston be able to grab the Smithsonian's space shuttle as specified in the Big Beautiful Bill? Join us and find out! Headlines NASA Budget Battles: Rod and Tariq delved into the ongoing debate on Capitol Hill regarding NASA's budget, with the Senate seeking more funding than the Trump administration's proposed cuts. Trump Administration's NASA Policies: They discussed the perplexing approach of the Trump White House, which initiated the Artemis lunar program but simultaneously proposed significant budget reductions. New Interim NASA Administrator: The surprising appointment of Sean Duffy, the Secretary of the Department of Transportation, as the new interim NASA Administrator was a key topic, prompting questions about his background and suitability, as well as the ability to run two departments at once--each of which requires great attention. Mass Exodus of NASA Senior Staff: A Politico report highlighted that over 2,000 senior-level employees are leaving NASA due to job cuts and early retirements, raising concerns about a brain drain. JPL Management Review: Concern over a review of JPL's management by Caltech, which has historically operated the center, potentially impacting its unique culture. Controversial Space Shuttle Discovery Move: The "Big Beautiful Bill" included an $85 million allocation to move space shuttle Discovery from the Smithsonian to Houston, a plan met with skepticism regarding logistics and cost. Interstellar Comet 3I/Atlas: The discovery of 3I/Atlas, the third interstellar object identified in our solar system, was discussed, with early data suggesting it's an ancient, water-ice-rich comet, possibly much older than the solar system. Vera Rubin Telescope and Interstellar Object Research: The new Vera Rubin Telescope is already making significant discoveries, including 2,000 new asteroids in just three weeks, and is investigating 3I/Atlas. No Pacific Rocket Landing Pads: The Air Force has decided to cancel plans for experimental rocket landing pads on Johnston Atoll in the Central Pacific, citing environmental concerns. Supreme Court Decision on Government Firings: A recent Supreme Court decision has broadened the Trump administration's ability to conduct mass firings of government contractors and federal employees. Axiom Mission 4 (Ax-4) Update: The private Axiom-4 mission, commanded by Peggy Whitson and carrying India's first astronaut to the ISS, is scheduled to undock soon. Starliner 1 to be Cargo-Only Flight: Reports from Space News indicate that Boeing's Starliner 1 flight, now slated for early 2026, might be configured as a cargo-only mission. James Webb Space Telescope's Third Anniversary: The James Webb Space Telescope is celebrating its third year These show notes have been truncated due to length. For the full show notes, visit https://twit.tv/shows/this-week-in-space/episodes/168 Hosts: Rod Pyle and Tariq Malik

Welcome to the "Survivor: NASA" edition! This week, Tariq and Rod jump into the headlines, and boy are there a lot of them! NASA has a new interim administrator: former Congress member, reality TV star, and Fox News commentator Sean Duffy. NASA's budget may still be cut by 25%, or it might be increased to more than they have seen since the 1960s in adjusted dollars. At the same time, NASA is under orders to cut as many as 2000 mostly senior-level positions, the Jet Propulsion Laboratory could be headed for new management, and will Houston be able to grab the Smithsonian's space shuttle as specified in the Big Beautiful Bill? Join us and find out! Headlines NASA Budget Battles: Rod and Tariq delved into the ongoing debate on Capitol Hill regarding NASA's budget, with the Senate seeking more funding than the Trump administration's proposed cuts. Trump Administration's NASA Policies: They discussed the perplexing approach of the Trump White House, which initiated the Artemis lunar program but simultaneously proposed significant budget reductions. New Interim NASA Administrator: The surprising appointment of Sean Duffy, the Secretary of the Department of Transportation, as the new interim NASA Administrator was a key topic, prompting questions about his background and suitability, as well as the ability to run two departments at once--each of which requires great attention. Mass Exodus of NASA Senior Staff: A Politico report highlighted that over 2,000 senior-level employees are leaving NASA due to job cuts and early retirements, raising concerns about a brain drain. JPL Management Review: Concern over a review of JPL's management by Caltech, which has historically operated the center, potentially impacting its unique culture. Controversial Space Shuttle Discovery Move: The "Big Beautiful Bill" included an $85 million allocation to move space shuttle Discovery from the Smithsonian to Houston, a plan met with skepticism regarding logistics and cost. Interstellar Comet 3I/Atlas: The discovery of 3I/Atlas, the third interstellar object identified in our solar system, was discussed, with early data suggesting it's an ancient, water-ice-rich comet, possibly much older than the solar system. Vera Rubin Telescope and Interstellar Object Research: The new Vera Rubin Telescope is already making significant discoveries, including 2,000 new asteroids in just three weeks, and is investigating 3I/Atlas. No Pacific Rocket Landing Pads: The Air Force has decided to cancel plans for experimental rocket landing pads on Johnston Atoll in the Central Pacific, citing environmental concerns. Supreme Court Decision on Government Firings: A recent Supreme Court decision has broadened the Trump administration's ability to conduct mass firings of government contractors and federal employees. Axiom Mission 4 (Ax-4) Update: The private Axiom-4 mission, commanded by Peggy Whitson and carrying India's first astronaut to the ISS, is scheduled to undock soon. Starliner 1 to be Cargo-Only Flight: Reports from Space News indicate that Boeing's Starliner 1 flight, now slated for early 2026, might be configured as a cargo-only mission. James Webb Space Telescope's Third Anniversary: The James Webb Space Telescope is celebrating its third year These show notes have been truncated due to length. For the full show notes, visit https://twit.tv/shows/this-week-in-space/episodes/168 Hosts: Rod Pyle and Tariq Malik

Matters Microbial #99: Albert Kluyver—Microbial Unity and Diversity in Metabolism July 10, 2025 Today, Dr. Dianne Newman of Caltech joins the #QualityQuorum live at ASM Microbe in Los Angeles, to discuss the role that Albert Kluvyer played in helping microbial scientists to understand the unity and diversity to be found in microbial metabolism. Host: Mark O. Martin Guest: Dianne Newman Subscribe: Apple Podcasts, Spotify Become a patron of Matters Microbial! Links for this episode A review article by Roberto Kolter about the history of microbiology. An overview of the “Delft School” of microbiology.  Here is another article on that topic. The 1924 article by Albert Kluyver that Dr. Newman references—very much worth you time. A video overview of microbial metabolism.  Here is a recent article on that topic. A short biography of Albert Kluyver. Here is another article on that topic. A wonderful 2023 video seminar by Dr. Newman exploring the unity and diversity of microbial metabolism.  Much recommended. Dr. Newman's faculty website. Dr. Newman's very impressive research group website. Intro music is by Reber Clark Send your questions and comments to mattersmicrobial@gmail.com

Send us a textIn this episode of the Life Science Success Podcast my guest is Oliver Loson, a Vice President of Business Operations at Holoclara, Inc. who brings a wealth of experience in translating scientific discoveries from academia to commercial applications, with a background in neurosciences and a passion for developing innovative therapies that can improve human health.00:00 Introduction to Life Science Success Podcast00:37 Meet Oliver Loson: From Academia to Business Operations01:36 Oliver's Early Interest in Neuroscience03:26 From Pre-Med to Research Enthusiast06:20 Transitioning to Caltech and Technology Transfer09:59 Startup Journey: Developing Next-Gen Cancer Therapies13:31 Business Operations and Intellectual Property20:56 Holoclara: Harnessing Host-Parasite Relationships25:39 Current Projects and Future Goals29:19 Switching Gears: From Analogies to Soccer30:23 Innovative Approaches in Human Health34:49 Challenges in the Biotech Industry35:56 Leadership Insights and Advice42:08 Inspiration and Concerns in Science47:05 Excitement for the Future of Biotech50:54 Conclusion and Final Thoughts

In its Greek root, Mentos means “intent, purpose, spirit and passion.” It was with intent, purpose and passion that this special episode came to life. It is a rare occasion when one can get together with their mentor, and their mentor's mentor for a conversation anchored in three generations of mentorship, leadership and friendship. This is one of those conversations. My special guest, the mentor of my mentor is Admiral Bob Inman. I flew to Austin to meet up with him in person and record this incredible testimony of history and leadership and lifelong service. Admiral Inman was born in April 1931 in East Texas and went on to become a highly decorated United States Navy Officer and Intelligence Leader. His career and service had a profound impact on America's national security architecture. During his 31-year military career that spanned the world and included some of the most sensitive national security posts in the Government, the Admiral earned a bipartisan reputation as one of the Nation's finest intelligence officers of a generation. Journalists used to refer to him as “simply one of the smartest people ever to come out of Washington or anywhere.” Regarded as a superstar in the intelligence community he grew his career in Naval Intelligence serving on carriers, cruisers and destroyers…not to mention the hallowed halls of the Pentagon. The Admiral went on to serve as the Director of Naval Intelligence, Vice Director of the Defense Intelligence Agency and Director of the National Security Agency. He was nominated to be Deputy Director of Central Intelligence and served in that role until his resignation in 1982. It was during that time Admiral Inman became the first naval intelligence specialist to earn the rank of 4 Star Admiral. Admiral Inman went on to serve on numerous boards including CalTech's Board of Trustees and held the LBJ Centennial Chart in National Policy at the University of Texas at Austin Lyndon B. Johnson School of Public Affairs. In every capacity the Admiral has always focused on mentorship and leadership and sharing wisdom for the next generation. When we sat down to speak with the Admiral he had recently celebrated 67 years of marriage with his dear wife. At 94 years of age he is still motivated by selfless service and paying it forward to the next generations of leaders. This conversation counts as one of those gifts. So, sit back and listen to this incredible story of change and mentorship and leadership from a nation's patriot, a renowned thinker and educator and all around incredible guy. And stay tuned at the end of the episode for a follow on reflective discussion with Rob Shook, my mentor who made this all possible. Together we discuss our insights and takeaways from this inspiring afternoon with the Admiral. Thanks for listening.

Smart college applicants know not to let artificial intelligence agents write their entire personal statement but might shudder at the idea of ignoring these tools entirely. How much is too much? Amy and Mike invited educator Razi Hecker to explore how much AI is just right in the college essay. What are five things you will learn in this episode? Should students avoid AI entirely when writing their college application essays? At what points in the writing process can AI be most helpful? What tasks can be AI-assisted and which ones should never be? Is there a danger that use of AI might be detected by essay readers? Why is a main thesis so critical for effective college essays? MEET OUR GUEST Razi Hecker is a Harvard graduate (Cum Laude, B.A. in Near Eastern Languages and Civilizations) and a creative writer whose work appears in literary journals, news outlets, and the most recent edition of 50 Successful Harvard Application Essays. With over 2,000 hours of college essay coaching and 10+ years in education and creative writing, Razi helps students transform personal experiences into powerful, memorable admissions narratives. His students have been accepted to every Ivy League school, as well as Stanford, MIT, and Caltech. This past year alone, over 70% of Razi's top retainer students were admitted to at least one Ivy. Those who didn't landed spots at other elite institutions such as Johns Hopkins, Carnegie Mellon, UC Berkeley, and Washington University. Find Razi at League Bound Consulting. LINKS Common App Fraud Policy Can prospective students use generative AI to help with their application to Cornell? AI Is Taking Over College Admissions RELATED EPISODES COLLEGE ESSAYS IN THE AGE OF ARTIFICIAL INTELLIGENCE MAKING YOUR COLLEGE ESSAYS COUNT WRITING RHETORICALLY IN ADMISSIONS ESSAYS ABOUT THIS PODCAST Tests and the Rest is THE college admissions industry podcast. Explore all of our episodes on the show page. ABOUT YOUR HOSTS Mike Bergin is the president of Chariot Learning and founder of TestBright, Roots2Words, and College Eagle. Amy Seeley is the president of Seeley Test Pros and LEAP. If you're interested in working with Mike and/or Amy for test preparation, training, or consulting, get in touch through our contact page.  

Cooperative parenting may be the key to less stress and more connection in your home. In this fascinating episode, Dr. Elana sits down with New York Times bestselling author and NPR reporter Michaeleen Doucleff to explore what modern American parents can learn from traditional cultures around the world. Michaeleen shares how traveling to the Yucatán, the Arctic, and Tanzania transformed her parenting and helped her navigate power struggles with her strong-willed daughter. You'll hear how simple shifts like reducing interference, encouraging autonomy, and inviting children into household tasks can completely change your dynamic. From helping toddlers feel capable, to replacing arguments with confidence-building strategies, this episode is packed with refreshing wisdom and realistic ideas you can try today. Whether you're raising a toddler or a teenager, Michaeleen's stories and research will help you feel more empowered and at ease in your parenting journey. Topics Covered In This Episode: How to raise cooperative children naturally Why toddlers are wired to be helpful The benefits of hands-off parenting Tips for raising confident and calm kids Global parenting wisdom for modern families Show Notes: Follow @foodiescience on X  Learn more about Michaeleen Click here to learn more about Dr. Elana Roumell's Doctor Mom Membership, a membership designed for moms who want to be their child's number one health advocate! Click here to learn more about Steph Greunke, RD's Substack Mindset + Metabolism where women can learn how to nourish their bodies, hit their health and body composition goals, and become the most vibrant version of themselves.  Listen to today's episode on our website Michaeleen Doucleff, PhD, is a global health correspondent for NPR's Science Desk and the author of the New York Times bestseller Hunt, Gather, Parent. The book describes a way of raising kind and confident children, which moms and dads all over the world have turned to for millennia. Doucleff has a doctorate in chemistry from the University of Berkeley, California, and a bachelor's degree in biology from Caltech. For the past decade, Doucleff has reported on disease outbreaks and children's health for NPR. Before that, Doucleff was an editor at the journal Cell, where she wrote about the science behind pop culture. She lives in San Francisco with her husband, daughter and German Shepherd, Savanna INTRODUCE YOURSELF to Steph and Dr. Elana on Instagram. They can't wait to meet you! @stephgreunke @drelanaroumell Please remember that the views and ideas presented on this podcast are for informational purposes only.  All information presented on this podcast is for informational purposes and not intended to serve as a substitute for the consultation, diagnosis, and/or medical treatment of a healthcare provider. Consult with your healthcare provider before starting any diet, supplement regimen, or to determine the appropriateness of the information shared on this podcast, or if you have any questions regarding your treatment plan.

Membership | Donations | Spotify | YouTube | Apple PodcastsThis week's guest is my friend Evan Miyazono, CEO and Director of Atlas Computing — a tech non-profit committed not to the false god of perfect alignment but to plausible strategy of provable safety. Focusing on community building, cybersecurity, and biosecurity, Evan and his colleagues are working to advance a new AI architecture that constrains and formally specifies AI outputs, with reviewable intermediary results, collaborating across sectors to promote this radically different and more empirical approach to applied machine intelligence.After completing his PhD in Applied Physics at Caltech, Evan led research at Protocol Labs, creating their research grants program, and led the special projects team that created Hypercerts, Funding the Commons, gov4git, and key parts of Discourse Graphs and the initial Open Agency Architecture proposal.In our conversation we talk about a wide swath of topics including regulatory scaling problems, specifying formal organizational charters, the spectre of opacity, and the quantification of trust — all, in some sense, interdisciplinary matters of “game design” in our entanglement with magical technologies and fundamental uncertainty.If you enjoy this conversation, join the Wisdom x Technology Discord server and consider becoming a member for access to our study groups, community calls, and complete archives. Founding members also get access to the entire twenty hours of lecture and discussion from my recent course, How to Live in the Future.Links• Hire me for speaking or consulting• Explore the Humans On The Loop archives• Dig into nine years of mind-expanding podcasts• Browse the books we discuss on the show at Bookshop.org• Explore the interactive knowledge garden grown from over 250 episodesDiscussed• Atlas Computing Summary Slides• Atlas Computing Institute Talks (YouTube Playlist)• A Toolchain for AI-Assisted Code Specification, Synthesis and Verification• Also, a relevant paper from Max Tegmark:Provably safe systems: the only path to controllable AGIMentionedGregory BatesonDavid DalrympleK. Allado-McDowellTerence McKennaYuval Noah HarariCosma ShaliziHenry FarrellHakim BeyNatalie DeprazFrancisco VarelaPierre VermerschPlurality InstitutePuja OhlhaverSean Esbjörn-HargensAlfred North WhiteheadDe KaiPrimer RiffAre we doing AI alignment wrong? Game designers Forrest Imel and Gavin Valentine define games as having meaningful decisions, uncertain outcomes, and measurable feedback. If any one of these breaks, the game breaks. And we can think about tech ethics through this lens as well. Much of tech discourse is about how one or more of these dimensions has broken the “game” of life on Earth — the removal of meaningful decisions, the mathematical guarantee of self-termination through unsustainable practices, and/or the decoupling of feedback loops.AI alignment approaches tend to converge on restoring meaningful decisions by getting rid of uncertainty, but it's a lost cause. It's futile to encode our values into systems we can't understand. To the extent that machines think, they think very differently than we do, and characteristically “interpret” our requests in ways that reveal the assumptions we are used to making based on shared context and understanding with other people.We may not know how a black box AI model arrives at its outputs, but we can evaluate those outputs…and we can segment processes like this so that there are more points at which to review them. One of this show's major premises is that the design and use of AI systems is something like spellcraft — a domain where precision matters because the smallest deviation from a precise encoding of intent can backfire.Magic isn't science in as much as we can say that for spellcraft, mechanistic understanding is, frankly, beside the point. Whatever you may think of it, spellcraft evolved as a practical approach for operating in a mysterious cosmos. Westernized Modernity dismisses magic because Enlightenment era thinking is predicated on the knowability of nature and the conceit that everything can and will eventually bend to principled, rigorous investigation. But this confused accounting just reshuffled its uneradicable remainder of fundamental uncertainty back into a stubbornly persistent Real that continues to exist in excess of language, mathematics, and mechanistic frameworks. Economies, AI, and living systems guarantee uncertain outcomes — and in accepting this, we have to re-engage with magic in the form of our machines. The more alike they become, the more our mystery and open-ended co-improvisation loom back over any goals of final knowledge and control.In a 2016 essay, Danny Hillis called this The Age of Entanglement. It is a time that calls for an evolutionary approach to technology. Tinkering and re-evaluating, we find ourselves one turn up the helix in which quantitative precision helps us reckon with the new built wilderness of technology. When we cannot fully explain the inner workings of large language models, we have to step back and ask:What are our values, and how do we translate them into measurable outputs?How can we break down the wicked problem of AI controllability into chunks on which it's possible to operate?How can adaptive oversight and steering fit with existing governance processes?In other words, how can we properly task the humanities with helping us identify “meaningful decisions” and the sciences with providing “measurable feedback.” Giving science the job of solving uncertainty or defining our values ensures we'll get as close as we can to certitude about outcomes we definitely don't want. But if we think like game designers, then interdisciplinary collaboration can help us safely handle the immense power we've created and keep the game going. This is a public episode. If you'd like to discuss this with other subscribers or get access to bonus episodes, visit michaelgarfield.substack.com/subscribe

How half of the normal matter in the universe is finally confirmed to exist, not that most of us knew it wasn't. Also, why the next big collider should be muon-muon, and a spider that hangs out around underwater methane seeps.The universe is thought to consist of 70% Dark Energy, 25% Dark Matter, and just 5% Baryonic matter which is the atoms that make up you and me. At least, that's what the models suggest. But a well-kept secret between astronomers and cosmologists for all these years has been that they haven't actually ever seen almost half of that 5% normal matter because it is thinly dispersed as gas between the galaxies and galactic clusters. This week, two studies have been published putting that right.Satisfactory model-match #1: Liam Connor of Harvard University with colleagues from Caltech have been using a mysterious phenomenon called Fast Radio Bursts (FBRs) to infer what the intergalactic medium is in between, and how much of it there is. Satisfactory model-match #2: Konstanios Migkas of Leiden University and colleagues have been looking at the very faint x-ray signal from the intergalactic medium, removing the incidental x-ray sources such as black holes, and have managed to identify some structure - in this case a mind-bendingly huge filament of ionised gas stretching between two galactic superclusters - confirming the state of “Warm Hot Intergalactic Medium” (WHIM) as predicted for much of the universe.Of course, there is not just the cosmological standard model (lambdaCDM) that these satisfy in science today. There is also the remarkably resilient Standard Model of particle physics. A report this week from the US National Academies recommends the US begins building the world's next particle collider to follow the work of the LHC (and FCC) at Cern. It should, as University of Tennessee at Knoxville's Tova Holmes tells us, collide not ordinary, stable, easy to manipulate particles like protons and electrons, but muons. Finally, Shana Goffredi of Occidental College in California, has found a VERY odd spider. Diving to depths in the submersible Alvin, they have found that a species of small sea-spiders, Sericosura, actually farm bacteria on their exoskeleton. Why? Because they hang around methane seeps on the ocean floor, where a specialist bacteria can metabolize methane – something the spiders themselves can't do. Not only do the spiders then graze on the bacteria they carry around, they even pass samples of the bacteria onto their offspring by leaving bacterial lunch-boxes in their egg-sacs.Presenter: Roland Pease Producer: Alex Mansfield, with Sophie Ormiston Production Coordinator: Jasmine Cerys GeorgePhoto Credit: Jack Madden, IllustrisTNG, Ralf Konietzka, Liam Connor/CfA

Many chronic health conditions—such as IBS, asthma, and autoimmune disorders—can be traced back to imbalances in the gut. Disruptions to the microbiome caused by antibiotics, poor diet, food sensitivities, and environmental exposures can lead to inflammation, malabsorption, and increased intestinal permeability (leaky gut). Addressing gut health through a structured Functional Medicine approach called the 5R's of gut repair—removing harmful triggers, replacing missing digestive factors, reinoculating with beneficial bacteria, repairing the gut lining, and rebalancing lifestyle factors—can restore balance and improve systemic health.  In this episode, I discuss, along with Dr. Elizabeth Boham and Raja Dhir, the Functional Medicine approach to healing the gut and why the gut is at the center of imbalances in the body, including many health conditions. Dr. Elizabeth Boham is Board Certified in Family Medicine from Albany Medical School, and she is an Institute for Functional Medicine Certified Practitioner and the Medical Director of The UltraWellness Center. Dr. Boham lectures on a variety of topics, including Women's Health and Breast Cancer Prevention, insulin resistance, heart health, weight control and allergies. She is on the faculty for the Institute for Functional Medicine. Raja Dhir is the co-founder and co-CEO of Seed Health, a microbiome science company developing innovative probiotics and living medicines to advance human and planetary health. He specializes in translating cutting-edge microbial research into impactful products and leads Seed Health's academic collaborations with institutions such as MIT, Harvard, Stanford, Caltech, and the NIH. Raja co-chairs Seed's Scientific Board alongside Dr. Jacques Ravel, guiding research across microbiology, immunology, genetics, and ecology. He also directs LUCA Biologics, a company focused on the vaginal microbiome and women's health, and oversees SeedLabs, which drives environmental initiatives. Through this work, Raja plays a key role in accelerating microbiome-based solutions from discovery to market. This episode is brought to you by BIOptimizers. Head to bioptimizers.com/hyman and use code HYMAN10 to save 10%. Full-length episodes can be found here: What Is Leaky Gut And How Can You Treat It?How to Select a Probiotic and the Future of the MicrobiomeHow To Do The 10-Day Detox

2/2  #HOTEL MARS: SPHEREX AND THE ORIGIN OF WATER. JAMIE BOCK, CAL TECH, JPL. DAVID LIVINGSTON,SPACESHOW.COM

GOOD EVENING; THE SHOW BEGINS IN MOSCOW FOR THE PUTIN-XI SUMMIT... 1945 BERLIN CBS EYE ON THE WORLD WITH JOHN BATCHELOR FIRST HOUR 9:00-9:15 1/2: #Russia #PRC: Condemn US Hegemony. Anatol Lieven, Quincy 9:15-9:30 #Kashmir: No One to Arbitrate. Anatol Lieven, Quincy 9:30-9:45 #PRC: Beijing Comes to the Table. #ScalaReport: Chris Riegel, CEO, Scala.com @Stratacache 9:45-10:00 #Iran: Dismantle is the Necessary Nuke Deal. Cliff May, FDD SECOND HOUR 10:00-10:15 #Israel: Securing Gaza and the Gazans. Alex Traiman, JNS. Malcolm Hoenlein @Conf_of_pres @mhoenlein1 10:15-10:30 #Antisemitism: The Harvard Report. Alex Goldberger, MCRI. Malcolm Hoenlein @Conf_of_pres @mhoenlein1 10:30-10:45 #Antisemitism: Persecuting the Academy. Boaz Galony, Neaman Institute. Malcolm Hoenlein @Conf_of_pres @mhoenlein1 10:45-11:00 #Syria: Unsolved WMD. Gregg Roman, Middle East Forum. Malcolm Hoenlein @Conf_of_pres @mhoenlein1 THIRD HOUR 11:00-11:15 1/2: #VE Day: Recalling. Svetlana Lokhova, author, "The Spy Who Changed History"11:15-11:30 2/2: #VE Day: Recalling. Svetlana Lokhova, author, "The Spy Who Changed History" 11:30-11:45 1/2 #Hotel Mars: SPHEREx and the Origin of Water. Jamie Bock, Cal Tech, JPL. David Livingston, SpaceShow.com 11:45-12:00 2/2 #Hotel Mars: SPHEREx and the Origin of Water. Jamie Bock, Cal Tech, JPL. David Livingston, SpaceShow.com FOURTH HOUR 12:00-12:15 #Canada: Growth, Energy, Housing, Security. Conrad Black 12:15-12:30 #POTUS: Disappointing Budget. Veronique de Rugy 12:30-12:45 #Pope John Paul II and Success. Mary Anastasia O'Grady, WSJ12:45-1:00 AM #POTUS: Defense Needs for Peace Keeping. Brad Bowman, Ryan Brobst, FDD