Podcasts about molecules

Episode: 3380 What underlies a term from physics: Ergodic (or Ergodicity).  Today, let us steal a word from physics.

Europe's renewed exposure to geopolitical instability has underscored the urgency of reducing its dependence on imported fossil fuels. Ensuring a resilient, sustainable and secure energy supply is now a central pillar of the EU's economic and strategic agenda. In this context, green molecules have been highlighted as one of the key enablers of greater energy autonomy and competitiveness.To support these goals, the European Commission has proposed the Industrial Accelerator Act, which aims to expand resilient and decarbonised industrial production within the EU. Many stakeholders note, however, that success will depend on whether Europe can overcome the cost and infrastructure barriers associated with scaling new technologies while ensuring a predictable investment environment.Listen to this Euractiv Hybrid Conference to explore how green molecules can reinforce Europe's energy security, improve cost competitiveness and support the creation of strategic European value chains. Questions to be addressed include:• How can green molecules be integrated efficiently into existing infrastructure to boost Europe's industrial competitiveness?• What policies and infrastructure are needed to scale up green molecules as part of Europe's energy security strategy?• How can the Industrial Accelerator Act help build resilient European supply chains while keeping costs under control?• What regulatory levers are required to create EU-led markets for green molecules and strengthen Europe's strategic autonomy?

As the industry reaches the mid-point in 2026, how are CDMOs of small-molecule drugs faring? The larger scale CDMOs with late-phase and/or commercial-scale capabilities are faring well while smaller and mid-sized CDMOs specializing in early-stage development and clinical-scale capabilities are facing some headwinds from more challenging trends in biotech financing, but opportunities lie ahead. Brian Scanlan, Managing Partner, Freedom Bioscience Partners, a strategic advisory firm to CROs, CDMOs, and investors, provides the latest insights.Support the show

The Moon can be like a painter’s canvas, dabbed with many colors: the silver of a frosty night, the gold of honey, the orange of a ripe cantaloupe, even the deep red of blood. But it’s almost never blue – at least not in appearance. It sometimes is blue in name, though – including tonight. That’s because it’s the second full Moon of May – a repeat appearance known as a Blue Moon. The color of the Moon – full or not – depends on several factors. When the Moon is low in the sky, as it rises or sets, its light passes through a thicker layer of air. Molecules in the atmosphere scatter blue wavelengths of light, allowing the red to shine through. As the Moon climbs higher, we see more of its true color – gray. But the Moon is so bright that it looks white or silver. During a lunar eclipse, the Moon passes through Earth’s dark shadow. But sunlight filtering through Earth’s atmosphere makes the Moon look dark orange or red. In rare cases, the Moon can actually look blue. That happens after volcanic eruptions or big forest fires. These events pump out particles that scatter red light, allowing the blue to shine through. After the eruption of Krakatoa, in 1883, the Moon appeared blue for months around the entire globe. Whatever its color, enjoy tonight’s Blue Moon. And look quite close to it throughout the night for the star Antares, the heart of the scorpion. They’ll be closest as they set. Script by Damond Benningfield

We are now recording an audio version of written posts that we will upload to Apple, Spotify, and YouTube, which you can listen to by clicking the button the play button above.As the Strait of Hormuz (SoH) Crisis completes its third month and on-again/off-again peace talks drag on, we are starting to see the outlines of various structural themes emerging, and, as importantly, some that are not. Thematically we see the following:* Power Surge! Our Power Surge! super-cycle theme has not only not been knocked off track by the SoH Crisis, but has likely been enhanced based on “the four Ds” of pragmatic energy policy orientation we discuss below. Recently completed 1Q 2026 earnings season shows the AI (artificial intelligence) and broader digital transformation theme is as strong as ever.* Geopolitical Super Vol. Geopolitical Super Vol remains our commodity macro framework, in particular for crude oil prices. Since Russia-Ukraine and through SoH-to-date, we have resisted crude oil super-cycle framings while also, importantly, rejecting perma bear doom-and-gloom. The unforgiving math of global oil demand being forced down to circa 95 million b/d of supply from around 105 million b/d pre-crisis suggests recession is the most likely clearing mechanism rather than a structural increase in long-dated oil prices in the event a significant disruption to flows persists. To be clear, we do see scope for a modest increase in long-end oil on the order of $10/bbl to account for both cost inflation and an increased geopolitical risk premium.* Molecules to markets. In our view, getting molecules to markets is the more pressing strategic imperative for countries than simply trying to find the molecules in the first place. In traditional energy, this puts a premium on well-positioned midstream and downstream assets. In the upstream business, there is always an opportunity to find acreage that is well positioned on the future cost curve. Having a midstream or downstream solution (e.g., LNG) may be an increasing success factor for larger E&P (exploration and production) companies.* New business models > pure-play (for larger companies). The era of extreme pure-play specialization we think will fade, or at least will no longer be the dominant ask of investors. Business model evolution is likely to continue to separate leaders from laggards. Examples we find intriguing include pressure pumpers and midstream companies diversifying into behind-the-meter (BTM) power, US shale gas producers expanding into midstream and potentially LNG, refiners that have grown midstream capabilities, midstream companies that have grown export opportunities, and the expanded commercial trading opportunities that larger companies have pursued. The list is growing.* Brownfield > greenfield (usually). The advantage of doing more from existing assets is something both countries and companies have in common. Brownfield almost always beats greenfield on profitability and speed-to-market, though a best-in-class greenfield project like Guyana oil is the type of exception that exists to the general rule.From an energy policy perspective, the Strait of Hormuz Crisis reveals what we are now calling the four Ds of country-level energy policy aspiration:* Do as much Domestic production as possible;* Diversify energy sources and technologies;* Do more from existing assets; and* embrace Digital transformation and AI.Subscribe to Super-Spiked to receive all content via email. Also available on https://veriten.com.The Four Ds of Pragmatic Energy PolicyThe four Ds are the pragmatic policy implication of country leaders recognizing energy's natural hierarchy of needs (Exhibit 1). On the right side of Exhibit 1, we rank (higher on list is better) resource rich countries and resource challenged areas in terms of federal policy orientation that recognizes energy's natural hierarchy of needs and implementation of the four Ds relative to a given country's strengths and weaknesses.Saudi Arabia and United Arab Emirates among resource rich regions and China among resource challenged areas we see as having favorable federal energy policy orientations. Laggards are not surprising: Western Europe, California, Canada, and Australia. What KSA, UAE, and China have in common are national leadership that emphasizes the ideas of “all of the above,” maximum (or optimal) output of what you can control, and unapologetic “their own country first” mentalities.Super-Spiked subscribers know we have a very favorable view of Canada's oil and gas potential and the leading companies in the province of Alberta. We had an unfavorable view of the federal energy policies pursued by the prior Trudeau regime, with the jury out on the current Carney administration. On the latter, we appreciate that the rhetoric has improved off a low starting point. The proof will be in the policy implementation pudding.No country should aspire to follow the path of California or Western Europe and their “climate first” ideology (dishonorable mention goes to many states in the US northeast). Sadly, poor energy policy choices made in those areas are going to mean that less fortunate consumers and businesses in developing Asia suffer from being outbid for needed energy like LNG, jet fuel, and diesel during times of stress, as we last saw in the early days of Russia-Ukraine. It has been some time since we have done a deep dive on Australia; our sense would be that it is in the Canada category of having substantial oil and gas resources that the world would massively benefit from, but is being held back by ill-advised climate-first ideology by its national leaders.Exhibit 1: A Hierarchy of Energy Needs & Country Policy Objectives and OrientationSource: Veriten.Doing More From Existing AssetsIn previous issues of Super-Spiked, we have discussed three of the Ds: do as much domestic production as possible, diversify energy sources and technology, and embrace digital transformation and AI. Therefore, in this post we will expand on the “do more from existing assets” theme.* A major advantage the developed world has over China, India, and other developing areas is a large installed base of assets and infrastructure. Prematurely retiring old power plants in the name of “energy transition” and “The Climate Crisis” is the type of 2020-2023 mistake that has hurt competitiveness and affordability in the United States and Western Europe. In power generation, we are intrigued with trying to answer the question of how much new generation from legacy sources (e.g., natural gas, BTM, and traditional nuclear) is needed versus how much new generation technology is needed (e.g., fuel cells, enhanced geothermal, advanced nuclear) versus how much can existing grid utilization be improved via flexible loads and various grid enhancing technologies. How much more can we get from existing is important to how much we need from the other two options.* In crude oil markets, we do not believe there is the urgency to figure out “what's next” from a resource perspective as there was in the 2004-2014 super-cycle. To be clear, this comment is intended at the macro level; individual companies are almost always in need of figuring out what's next. Exploration and capital spending is likely to grow but we do not believe the kind of re-rating that happened during China/BRICs is warranted now. Rather we are most intrigued with what companies are doing to extend asset life (i.e., resource to production ratio) via a combination of technology application, business development, and midstream/downstream investment that can ensure molecules get moved to markets and turned into usable end products. Ironically, the Middle East looks like a compelling upstream opportunity for western oil and gas firms, given improved fiscal terms in certain areas. We have long held a favorable view of Canada (our concerns about its federal energy policies notwithstanding) and Alaska. Recent developments in many Latin American countries warrant a fresh look at the region for western players.* The largest areas that seem ripe to “do more from existing” include US shale oil, US shale gas, Middle East oil, Canada's oil sands, Venezuela oil, and developed market power grids.Growth and opportunityThe five areas of energy where we are most confident in growth include:* US and global power generation* Midstream and downstream infrastructure for crude oil and various metals and minerals* Grid enhancing technologies* US and global natural gas* Renewables and storageThe long-term opportunity to grow nuclear power is going to prove to be compelling for many countries, justifying the required patience in terms of time to development. Nuclear is the ultimate baseload, domestic, clean energy source.We remain open-minded about emerging and new energy technologies. We are seeing current growth in fuel cells and optimism about enhanced geothermal on the power generation side of the business. The SoH Crisis will accelerate adoption of electric vehicles and LNG trucks in particular in oil importing countries for diversification and affordability reasons.The success of new business models should diminish investor and activist demand for pure-playsThere is a misperception that investors prefer pure-plays or that investors only want more dividends and stock buybacks. Investors prefer companies that generate superior profitability with differentiated growth. Both are needed to sustainably outperform: profitability AND growth.The challenge in mature, cyclical sectors is that corporate over-enthusiasm for growth usually erodes profitability to the point where investors demand a disavowal of growth in favor of profitability and returning capital to shareholders. To be sure, if structural demand growth for a given commodity is something like 1%-2% per year, the expected growth rates for the largest companies within that sector is unlikely to be any more than +/- 1%-2% of the broader demand trajectory.As businesses mature and growth slows, the demand by investors to focus on sub-parts of the business often increases in order to enhance the combination of per share growth and profitability for a particular business segment. The post-2014 oil super-cycle bust and growth in U.S. shale turbocharged the demand for pure-plays, especially within the traditional oil & gas value chains. Certain pure-play shale oil producers, midstream companies, and refiners in fact performed exceptionally well.Power is clearly in a super-cycle and traditional oil and gas is operating with a Geopolitical Super Vol macro backdrop (a dramatic improvement from the post super-cycle bust phase of 2015-2020) and business opportunities abounding in the different product lines and geographies.SoH Crisis FAQQuestion 1: Has an oil super-cycle begun?Answer: No. Our core view remains Geopolitical Super Vol, not super-cycle.Q2: Have the odds of “peak oil demand” increased?A: No, we don't think so. However, we are concerned that if the Strait remains significantly disrupted that the painful adjustment down in global oil demand could mean that we spend a good part of the remainder of this decade recovering back to pre-crisis demand levels as incremental supply is brought online. In our view, the timing of a more permanent peak in oil demand is unknowable so long as the other seven billion people on Earth continue to use only a fraction of the energy The Lucky 1 Billion of Us take for granted.Q3: Isn't AI and the resulting power demand growth forecasts a bubble waiting to pop?A: No or, perhaps more accurately, not at this time. The fact that numerous stock markets like the U.S. (S&P 500), Japan (NIKKEI), and South Korea (KOSPI) are at or near all-time highs may indeed reflect complacency with the risk of global recession due to the ongoing SoH Crisis. We would differentiate stock market complacency with an AI bubble. We see it in the areas where we spend a lot of time: digital transformation and the application of AI is a game changer for numerous businesses. The stock market may well experience a major correction if the world tips into recession. Whatever short-term setback that might mean for near-term power generation we think would be akin to the Great Financial Crisis hit to oil demand in the middle of the China/BRICs super-cycle of 2004-2014, i.e., it was temporary.Q4: Don't investors prefer “pure-plays” over diversified companies? A: That view is missing our point. Investors prefer companies with competitive profitability and differentiated growth opportunities. The demand for “pure-plays” typically is the result of a mature sector experiencing a structural downcycle and investors being disappointed on both profitability and growth. And for sure, some companies should remain as pure-plays. The larger a company's market capitalization and overall size, the less we think a pure-play business model makes sense, be it basin or geography or asset type or business line. For small-caps and new technologies, the pure-play business model is often logical.Q5: So E&Ps will merge with refiners?A: No, we aren't expecting that type of integration or diversification. A future “integrated E&P” likely means some combination of midstream and commercial exposure as opposed to a historical upstream-refining mix, as an example.⚡️On A Personal Note: Work Hard. Golf Hard.It's been a great three-week stretch of Spring golf ramp-up. 8 rounds in 5 days in and around Troon, Scotland the first week of May and then our NJ club's flagship member-member Governor's Trophy tournament over Memorial Day weekend featuring 45 holes of match play over 2 days. Day 2 of Governor's featured a good Scottish cold snap of low 50s weather and a light drizzle. Glad my rain pants got more work in and happy to be in sunny Houston as I finish writing this.At Governor's you can always see the short-game comfort from the returning Florida crowd versus those that stayed north over what is typically a 4-5 month winter hiatus. I failed to take advantage of part-time Houston residency this past winter and my partner and I didn't win our flight for the first time since 2021. Five 3 puts—FIVE!!!—from yours truly in Round 2 and two more missed make-able putts in Round 3 were seven half-point giveaways we did not overcome. Based on my accounting, my partner cost us only 2 points versus my 3.5, so the disappointing performance is on me. I'll need a stricter winter routine next year.I will say the Scotland golf intensity helped stamina at Governor's. The intensity and deliberate pace of hole-by-hole match play is usually mentally and physically draining. I didn't feel that this year. For future reference: I need to play 36 more often! It forces an easier swing. It improves mental resilience. Seems better than a cold plunge.Does a high level of golf intensity make you a better energy equity analyst, advisor, or board member? For sure it does. There is no question about this. Are we advising our companies to settle for mediocrity? That an 8% return on capital is good enough? That sector average TSR is fine? Of course not.Work Hard. Golf Hard.A Lot of Great Golf In Scotland: Western Gailes Near The Top Of My ListSource: Super-Spiked selfie.The Calm Before The Governor's Trophy StormSource: Super-Spiked.⚖️ DisclaimerI certify that these are my personal, strongly held views at the time of this post. My views are my own and not attributable to any affiliation, past or present. This is not an investment newsletter and there is no financial advice explicitly or implicitly provided here. My views can and will change in the future as warranted by updated analyses and developments. Some of my comments are made in jest for entertainment purposes; I sincerely mean no offense to anyone that takes issue.Subscribe to Super-Spiked to receive all content via email. Also available on https://veriten.com. This is a public episode. If you would like to discuss this with other subscribers or get access to bonus episodes, visit arjunmurti.substack.com

In this episode, host Eklavya Gupte sits down with Marijn van Diessen, CEO of STX Group, one of the world's leading environmental commodity traders. The conversation explores Europe's strategic pivot toward domestic energy sources, the explosive growth potential of biomethane as a gas substitute, and the surge in demand for renewable certificates driven by AI data centers — alongside the challenge of creating liquid markets for products that exist only as digital attestations. Van Diessen explains both the parallels and distinctions between environmental and traditional energy trading. Like oil and gas, environmental commodities require logistics, storage and physical infrastructure. But unlike fossil fuels, they're far more sensitive to regulatory shifts — where a single policy change can trigger volatility as dramatic as any geopolitical shock.

In this episode, we sit down with Dr. Thomas Baker, Canada Research Chair in Quantum Computing for Modeling of Molecules and Materials at the University of Victoria.Together, we dive into the fundamental differences that set quantum computers apart, the interdisciplinary challenges and breakthroughs in the field, and the real-world hurdles facing quantum's transition from theory to practicality. Dr. Baker shares how creativity, flexible thinking, and collaboration across physics, chemistry, and engineering are vital to progress in quantum information science—and why learning skills like programming and public speaking still give students an edge. Whether you're a quantum enthusiast or simply curious about the future of technology, this episode offers accessible insights, advice for newcomers, and candid reflections on where this exciting discipline is headed.LinksThomas Baker on LinkedIn - https://www.linkedin.com/in/drbakerte/Watch on YouTube - https://youtu.be/hH8L6zKOn0cTime Stamps00:00 Explaining Quantum Computing Basics03:19 Getting into quantum computing08:19 Quantum vs Classical Algorithm Testing11:46 Quantum error correction challenges13:54 Discussing quantum computing and error correction20:23 Challenges in interdisciplinary quantum fields24:05 Comparing qubit types to fuel sources25:34 Discussing quantum computing concepts30:57 Challenges of Quantum Information PR32:05 Adapting talks to different audiences38:11 Science Meets Parliament experience38:59 Importance of Funding Quantum Science45:29 Using Julia for student projects47:09 Using Julia for easy programming50:22 Importance of typing and coding skills53:19 Discussing the Quantum Podcast

In this episode, host Eklavya Gupte sits down with Marijn van Diessen, CEO of STX Group, one of the world's leading environmental commodity traders. The conversation explores Europe's strategic pivot toward domestic energy sources, the explosive growth potential of biomethane as a gas substitute, and the surge in demand for renewable certificates driven by AI data centers — alongside the challenge of creating liquid markets for products that exist only as digital attestations. Van Diessen explains both the parallels and distinctions between environmental and traditional energy trading. Like oil and gas, environmental commodities require logistics, storage and physical infrastructure. But unlike fossil fuels, they're far more sensitive to regulatory shifts — where a single policy change can trigger volatility as dramatic as any geopolitical shock.

This week we explore pesticides- how do we balance protecting the food we eat on a mass scale, with environmental and health issues? Could natural chemistry, based on plant-derived molecules offer some solutions? Chief Executive of Eden Research, Sean Smith joins us to investigate.

Henry Miller describes a "tour de force" at MIT where AI is used to discover new molecules to fight antibiotic resistance. This technology identifies structures that kill pathogens like staphylococcus and gonorrhea. (14/16)1750

Where is Climate Tech heading? Certainly not dead — but constantly reinventing itself. So much so that you begin to wonder whether the label itself has outlived its original meaning.  Laurent and Gerard welcome Kim Zou, co-founder and CEO of Sightline Climate, the data and research platform mapping the climate-tech economy, and author of some of the sector's most influential newsletters, including CTVC and the newer Powerstack. Sightline has become essential reading for investors, utilities, corporates, and policymakers trying to understand where capital is flowing and how the energy system is evolving.  Together, they explore how Climate Tech has transformed over the past decade. Decarbonisation alone is no longer the central narrative. Today, AI, energy security, and industrial resilience dominate the conversation — often pushing sustainability itself into the background.  The discussion traces how funding has shifted from venture capital toward infrastructure and large-scale project finance. The spotlight has also moved away from “green molecules” — hydrogen, SAF, and carbon management — toward “green electrons”: virtual power plants, grid-enhancing technologies, and the race to accelerate datacentre construction.  They also examine the contrasting innovation models shaping global competition. In China, much of the breakthrough innovation happens inside corporations themselves, with companies like BYD employing more than 110,000 R&D staff, and CATL relying on a 20,000-engineer workforce. The United States, meanwhile, benefits from unparalleled access to capital and world-class universities and research centres. Europe sits somewhere in between, attempting to combine industrial policy with scientific excellence.  Finally, the conversation turns to one of Sightline's newest areas of focus: tracking data-center construction. The company currently follows 140 sites representing roughly 16 GW of announced capacity. Yet only about 6 GW are actually under construction — a reality check that has sent a chill through Wall Street.And Laurent goes on a rant of epic proportion against certain Hyperscalers!!!Useful links:Sightline website: https://www.sightlineclimate.com/Capital Stack and New Funds report: https://www.sightlineclimate.com/request-report?report-id=Dry-Powder-and-New-Funds-2026 ·        Data Center Q1 outlook report: https://www.sightlineclimate.com/request-report?report-id=data-center-outlook-q126 ·        2025 climate tech investment trends report: https://www.sightlineclimate.com/request-report?report-id=2025_investment_report ·        Article on our tour of China's electrostate: https://www.sightlineclimate.com/research/a-tour-of-chinas-electrostate ·        If people want to stay updated on our latest, they can subscribe to our CTVC climate tech newsletter here or our Powerstack power and data center markets newsletter here  

"Eating clean" is more than a diet; it’s a dialogue with your cells. In this deeply personal episode, Dr. Pinkston welcomes New York Times bestselling author and fitness pioneer Tosca Reno to discuss the evolution of the Eat Clean Revolution and the spiritual journey of transformation. Both women share their remarkable stories of losing over 150 pounds and the "inside job" required to sustain that change. Tosca opens up about her "on her knees" moment in 2013—facing profound loss and bankruptcy—and how she used gratitude, movement, and nutrition to rebuild a life of purpose. In this episode, you’ll discover: Nutrition vs. Food: Why Tosca views plants and protein as "encoded information" for the body rather than just calories. The Molecules of Hope: How physical movement creates biological shifts that combat despair. Transform 12: A deep dive into Tosca’s 12-week high-touch program designed specifically for women over 40 to master nutrition, movement, and emotional self-care. The Identity Shift: Why long-term wellness requires "breaking up" with your old self and embracing the shadow and light of your journey. Kintsugi Wellness: How to repair the broken parts of your life with "gold" to shine brighter than before. See omnystudio.com/listener for privacy information.

Send us Fan MailExoZymes (NASDAQ: EXOZ) CEO Michael Heltzen joins Tim Gerdeman and Robert Sassoon in this episode of the WTR Small-Cap Spotlight podcast to discuss the company's AI-driven, cell-free biomanufacturing platform and how it aims to overcome longstanding scalability challenges in synthetic biology. The conversation covers the scientific differentiation of its “exozyme” enzyme engineering approach, the commercial strategy behind its lead programs in metabolic health (NCT) and non-intoxicating cannabinoids, and the broader opportunity to produce high-value molecules that have historically been inaccessible at scale. The podcast also explores regulatory dynamics, near-term commercialization milestones, and ExoZymes' dual strategy of advancing internal assets while positioning the platform for future licensing, alongside considerations around capital efficiency and funding.

Please visit answersincme.com/860/IME-018263-replay to participate, download slides and supporting materials, complete the post test, and get a certificate. Presented by April W. Armstrong, MD, MPH and Lawrence J. Green, MD. In this activity, experts in psoriasis review the latest evidence on approved and emerging TYK2 inhibitors for patients with moderate to severe plaque psoriasis. Upon completion of this activity, participants should be better able to: Recognize unmet needs in the treatment of patients with moderate to severe plaque psoriasis; Differentiate TYK2 signaling from JAK pathways and their relevance to clinical practice; and Review clinical trial data on approved and emerging TYK2 inhibitors for patients with moderate to severe plaque psoriasis.

Helena Neumannová v Levanduľovom údolí obnovila pôvodnú liečivú odrodu levandule. Prepája lekárov a vedcov z univerzít a budúcnosť vidí v návrate ku koreňom balneológie. Naturopatka a zakladateľka Levanduľového údolia Helena Neumannová z pôvodného pestovateľského projektu postupne vyvinula komplexný ekosystém — od polí cez výrobu produktov až po vedecký výskum a vzdelávanie verejnosti. Dnes Levanduľové údolie funguje ako miesto, kde sa stretáva poľnohospodárstvo, veda a celostná starostlivosť o zdravie. Skúsenosti klientov priviedli H. Neumannovú k systematickému výskumu. Tím Molecules of Life dnes spolupracuje s lekárskymi fakultami v Prahe, s CEITEC Brno aj s Mendelovou univerzitou. Štúdie sa zameriavajú najmä na obsah flavonoidov — látok, ktoré moderná veda označuje za jeden z kľúčov k zdraviu buniek. H. Neumannová upozorňuje aj na paradox — kým sa Európa obracia k ajurvéde a tradičnej čínskej medicíne, na vlastnú bylinkársku tradíciu zabúda. Veľkú budúcnosť vidí v kúpeľníctve a partnerov - pestovateľov hľadá aj za hranicami.

SpaceTime Series 29 Episode 51 *Discovery of organic molecules never before seen on Mars New data has confirmed that NASA's Mars Curiosity Rover has identified seven organic molecules on the red planet that have never been detected there before. *A spectacular new understanding of cosmic buckyballs Fifteen years after astronomers first discovered buckyballs in space, new observations have now shown how they're distributed in a shell around the corpse of a dying star. *NASA shuts down another instrument on Voyager 1 to keep it operating NASA has been forced to shut down an instrument aboard the Voyager 1 spacecraft in order to conserve power and keep humanity's first interstellar explorer operational. *The Science Report New implants to help sleep apnea sufferers who can't use breathing masks. Palaeontologists have identified a new species of sauropod dinosaur. Artificial Intelligence successfully judge a person's mood by the expression on their face. Alex on Tech: $25 billion for a new Aussie AI centre.Our Guests This Week: Professor Kliti Grice from Curtin University Jan Cami from Western University   And our regular guests: Alex Zaharov-Reutt from techadvice.life Tim Mendham from Australian Skeptics  

SpaceTime Series 29 Episode 50 *Key ingredients of DNA discovered in the asteroid Ryugu A new study has confirmed that all five fundamental molecules needed to make up the DNA and RNA which underpins life as we know it, have been discovered in samples collected from the asteroid Ryugu. *Discovery of a metal‑rich hot spot tied to ancient Martian lake NASA's Mars Curiosity rover has discovered the highest concentrations of iron, manganese and zinc ever found in the one place on the red planet. *The edge of the Milky Way revealed Astronomers have for the first time, identified where the star forming region of the Milky Way Galaxy ends, finding it occurs some 40,000 light-years of the Galactic Centre.. *The Science Report Study shows young Americans and Australians are less happy now than they were 15 years ago. A new study warns that gay guys with left-leaning political views are the most likely to be gold-diggers. Skynet's Terminators are becoming reality with new bipedal humanoid robots out performing people. Skeptics guide to scientists view on life beyond Earth.Our Guests This Week: Professor Kliti Grice from Curtin University Jan Cami from Western University   And our regular guests: Alex Zaharov-Reutt from techadvice.life Tim Mendham from Australian Skeptics  

What does it actually take to be a good friend — to others and to yourself? In this rich conversation, Dr. Debi sits down with award-winning filmmaker, Columbia University faculty member, and author Barnet Bain to explore the surprising truth about why so many of us struggle in friendships: we never learned how. Drawing from his course on relationships taught at Columbia and his new book How to Be a Friend in an Unfriendly World, Barnet unpacks the invisible programming we carry from childhood, the neuroscience of emotional imprinting, and the practical steps toward becoming someone who can truly show up — for others and for yourself.  Guest: Barnet Bain  Barnet Bain is an award-winning Hollywood filmmaker, author, and educator who served on the faculty at Columbia University, where he taught a master's-level course called Artistry and Personal Spirituality — a deeply relational and psychological exploration of how we connect with others. His work spans film, writing, and teaching, all rooted in a lifelong inquiry into what it means to be in authentic relationship. 

LISTEN and SUBSCRIBE on:Apple Podcasts: https://podcasts.apple.com/us/podcast/watchdog-on-wall-street-with-chris-markowski/id570687608 Spotify: https://open.spotify.com/show/2PtgPvJvqc2gkpGIkNMR5i WATCH and SUBSCRIBE on:https://www.youtube.com/@WatchdogOnWallstreet/featured  A powerful reflection inspired by 60 Minutes and Ben Sasse on faith, suffering, and the state of America. From a terminal diagnosis to rising political violence, this episode explores the idea that nothing is random—and what that means in a fractured, distrustful society. Why have we lost our sense of community? And can we find it again by focusing closer to home?

Longevity researcher Nir Barzilai on what centenarians reveal about aging and the four drugs scientists believe may target it directly.Dr Nir Barzilai has spent decades studying people who live to 100 and beyond. What he's found challenges many assumptions about aging, disease, and what we can actually do about them. In this conversation we cover what centenarian research really shows, including why they get the same diseases as the rest of us, just decades later, and what that means for the goal of longevity medicine. We then move into the practical territory: what criteria distinguish a drug that treats one disease from one that may target aging itself, which four currently approved drugs score highest on that framework, and how leading longevity physicians are beginning to use them in practice. We also discuss GLP-1 agonists in depth; their mechanisms, the emerging evidence for benefits well beyond weight loss, and the important caveats around muscle loss. Essential viewing for anyone following the science of healthy aging.

Sie wächst zwischen Beetreihen und Pflasterritzen, überlebt Frost und Schnee, und die meisten Menschen ziehen sie achtlos heraus. Dabei ist die Vogelmiere eine der nährstoffreichsten Wildpflanzen, die der Winter zu bieten hat. Klein, unscheinbar, zäh und voller Kraft. Wer sie einmal wirklich kennengelernt hat, sieht sie nie wieder als Unkraut. In dieser Folge tauchen wir tief ein in die Welt der Vogelmiere – von ihrer Botanik über alte Heiltraditionen bis hin zu dem, was die aktuelle Wissenschaft über dieses kleine Kraut herausgefunden hat. Und es ist mehr, als du vielleicht erwartest. In dieser Folge sprechen wir darüber:

Sponsor LinkTo check out our special NordVPN offer for Astronomy Daily listeners: Click HereAstronomy Daily — S05E90 | Wednesday, April 22, 2026 In today's episode, Anna and Avery cover six stories spanning the fading power of humanity's most distant probe, fresh evidence for ancient life on Mars, a landmark black hole measurement, a SpaceX reusability milestone, a sobering assessment of the Artemis spacesuit programme, and tonight's moon and Jupiter conjunction.   Story 1 — Voyager 1 Powers Down the LECP Instrument •       NASA's JPL shut down Voyager 1's Low-energy Charged Particles experiment (LECP) on April 17, 2026, to conserve dwindling power. •       The decision followed an unexpected power drop during a routine roll manoeuvre in late February that nearly triggered an automatic emergency shutdown. •       Seven of Voyager 1's ten original instrument sets are now offline. Only the magnetometer and plasma wave subsystem remain active. •       Engineers are developing 'the Big Bang' — a plan to swap older components with lower-power alternatives — to extend operations into the 2030s. Testing on Voyager 2 is planned for May/June 2026; Voyager 1 to follow no sooner than July. •       Source: NASA JPL — https://www.jpl.nasa.gov/news/nasa-shuts-off-instrument-on-voyager-1-to-keep-spacecraft-operating/   Story 2 — Curiosity Rover Finds Organic Molecules on Mars •       Published April 21 in Nature Communications, the study describes the first use of the TMAH chemical experiment on another planet. •       More than 20 organic molecules were detected in clay-rich sandstone from the Glen Torridon region of Gale Crater, preserved for over 3.5 billion years. •       Discoveries include a nitrogen-bearing molecule structurally similar to DNA precursors — never before confirmed on Mars — and benzothiophene. •       The experiment cannot determine whether molecules are biological, geological, or meteoritic in origin. Future missions including Rosalind Franklin and Dragonfly will build on the technique. •       Source: phys.org — https://phys.org/news/2026-04-mars-rover-compounds.html   Story 3 — Black Hole Jets in Cygnus X-1 •       Curtin University-led study published April 16 in Nature Astronomy directly measures the instantaneous power of black hole jets for the first time. •       The jets in the Cygnus X-1 system carry energy equivalent to 10,000 suns and travel at approximately half the speed of light (150,000 km/s). •       Researchers used the companion star's stellar winds to 'bend' the jets, allowing calculation of their real-time power — a technique compared to watching wind deflect a fountain. •       About 10% of the energy released as matter falls into the black hole is carried away by the jets — confirming a long-held theoretical assumption. •       The measurement will help calibrate future observations from the Square Kilometre Array Observatory, currently under construction in WA. •       Source: ScienceDaily — https://www.sciencedaily.com/releases/2026/04/260416071949.htm   Story 4 — SpaceX 600th Rocket Landing •       SpaceX completed its 600th successful Falcon booster landing on April 19, 2026, during the Starlink 17-22 mission from Vandenberg SFB. •       Booster B1097 landed on drone ship 'Of Course I Still Love You' for its eighth successful recovery. The milestone arrived just 7 months after the 500th landing. •       The tally includes 496 drone ship landings and 104 ground landings, per SpaceX VP Kiko Dontchev. •       SpaceX's Starlink constellation now numbers over 10,275 satellites in orbit. •       Source: Space.com — https://www.space.com/space-exploration/launches-spacecraft/spacex-starlink-17-22-b1097-vsfb-ofisly-600th-falcon-landing   Story 5 — Artemis Spacesuit Crisis •       NASA's Office of Inspector General report (released April 20) warns that next-generation Artemis spacesuits may not be ready until 2031 — three years after the stated 2028 target. •       The xEVAS programme began as a two-company competition (Axiom Space + Collins Aerospace). Collins has effectively been removed after missing milestones. Axiom is now the sole contractor for the lunar surface suit. •       OIG analysis: based on an 8.7-year historical average from contract award to first flight for comparable NASA programmes, Axiom's 2022 award points to a 2031 delivery. •       NASA Administrator Isaacman has publicly maintained confidence in the 2028 date. Axiom plans a suit demonstration in 2026 on the ISS or during an Artemis mission. •       A separate risk: if the ISS variant of the suit slips past 2030, the Station could run out of operational EVA suits before decommissioning. •       Additional Artemis delays: SpaceX lunar Starship at least 2 years late; Blue Origin Blue Moon at least 8 months late (per separate March OIG report). •       Source: SpaceDaily — https://spacedaily.com/sd-n-the-spacesuit-gap-why-artemis-iiis-2028-landing-date-is-already-slipping/   Story 6 — Skywatching: Moon & Jupiter Conjunction •       Tonight (April 22), the half moon sits approximately 3 degrees from Jupiter in the constellation Gemini, near the stars Castor and Pollux. •       Visible to the naked eye in the western/northwestern sky after sunset. Binoculars will reveal Jupiter's four Galilean moons. •       Southern Hemisphere viewers: look northwest after dark; viewing window narrows the further south you are. •       Source: Space.com — https://www.space.com/stargazing/the-moon-and-jupiter-steal-the-show-after-sunset-on-april-22Become a supporter of this podcast: https://www.spreaker.com/podcast/astronomy-daily-space-news-updates--5648921/support.Sponsor Details:Ensure your online privacy by using NordVPN. To get our special listener deal and save a lot of money, visit www.bitesz.com/nordvpn. You'll be glad you did!Become a supporter of Astronomy Daily by joining our Supporters Club. Commercial free episodes daily are only a click way... Click HereThis episode includes AI-generated content.

I'm Wednesday, the day that feels like a heavy blanket on a rainy morning. I'm "middle of the road" and, frankly, I'm feeling a bit like Eeyore—sluggish and definitely in need of a nap.On this April 22nd, Woodland is shifting gears. NGSS testing has moved advisory to the end of the day and closed the library. It's National Library Outreach Day, though you'll have to "reach in" since the media center is locked for tests. If you're hungry, grab pizza for the tennis fundraiser or join the debate over cold pepperoni pizza in your pajamas.The world is busy while I'm hovering in the mid-week slump: crews found shipwrecks in Sweden, a mummy was unearthed with a fragment of the Iliad, and Mars revealed organic molecules.In sports, the boys tennis team beat Watertown, but the Red Sox and Celtics struggled. Today, girls tennis, baseball, and softball are all scheduled as the rain clears. We even confirmed Hillhouse's mascot is the Bulldogs.Stay aware of the Best Buddies Prom and the "Drowsy Chaperone". Now, I'm heading back under the covers

Just how much do we know about how the planets formed? How much of this can we learn from getting images of young solar systems? Why does it help to look at the disk using radio waves instead of optical wavelengths? Dr. Charles Law discusses these questions and more as we talk about radio astronomy and the birth of the solar system.

Astronomy Cast Ep. 788: Life's Molecules Form in Space By Fraser Cain & Dr. Pamela Gay Streamed live on Mar 23, 2026. The theory of evolution how life takes on its wildly different forms. But how did life get started in the first place? It appears the Universe has been making life's molecules in space for billions of years, setting up the conditions for life… everywhere? One of humanity's fundamental questions is "where does life come from." We can't answer that question, but we can tell you where some of the stuff of life came from. This show is supported through people like you on Patreon.com/AstronomyCast In this episode, we'd like to thank: Burry Gowen, Eric Lee, Jeanette Wink, Michael Purcell, Andrew Poelstra, David, David Rossetter, Ed, Gerhard Schwarzer, Jason Kwong, Joe McTee, Sergey Manouilov, Siggi Kemmler, Sergio Sancevero

https://www.youtube.com/watch?v=cJNpipCncKA Hosted by: Fraser Cain ( @frasercain ) and Dr. Pamela L. Gay ( @CosmoQuest ) Streamed live on Mar 23, 2026. The theory of evolution how life takes on its wildly different forms. But how did life get started in the first place? It appears the Universe has been making life's molecules in space for billions of years, setting up the conditions for life… everywhere? One of humanity's fundamental questions is "where does life come from." We can't answer that question, but we can tell you where some of the stuff of life came from.   This show is supported through people like you on Patreon.com/AstronomyCast  In this episode, we'd like to thank: Burry Gowen, Eric Lee, Jeanette Wink, Michael Purcell, Andrew Poelstra, David, David Rossetter, Ed, Gerhard Schwarzer, Jason Kwong, Joe McTee, Sergey Manouilov, Siggi Kemmler, Sergio Sancevero   We've added a new way to donate to 365 Days of Astronomy to support editing, hosting, and production costs.  Just visit: https://www.patreon.com/365DaysOfAstronomy and donate as much as you can! Share the podcast with your friends and send the Patreon link to them too!  Every bit helps! Thank you! ------------------------------------ Do go visit http://www.redbubble.com/people/CosmoQuestX/shop for cool Astronomy Cast and CosmoQuest t-shirts, coffee mugs and other awesomeness! http://cosmoquest.org/Donate This show is made possible through your donations.  Thank you! (Haven't donated? It's not too late! Just click!) ------------------------------------ The 365 Days of Astronomy Podcast is produced by the Planetary Science Institute. http://www.psi.edu Visit us on the web at 365DaysOfAstronomy.org or email us at info@365DaysOfAstronomy.org.

TODAY ON THE ROBERT SCOTT BELL SHOW: Save Naturopathy, CHD Vaccine Appeal, Iowa Cancer Surge, CA Ultra Processed Crackdown, PFAS Pesticides Warning, Pfizer Vaccine Stroke, Reductionist Terms Debate, Is Food Just Molecules, CDC Vax Injury Coverup, Stress Cancer Link, and MORE! https://robertscottbell.com/chd-vaccine-appeal-filed-iowa-cancer-chemical-surge-california-ultraprocessed-crackdown-pfas-pesticides-food-warning-pfizer-vaccine-stroke-risk-failure-ultra-processed-term-debate-josh-bloom-say/ Purpose and Character The use of copyrighted material on the website is for non-commercial, educational purposes, and is intended to provide benefit to the public through information, critique, teaching, scholarship, or research. Nature of Copyrighted Material Weensure that the copyrighted material used is for supplementary and illustrative purposes and that it contributes significantly to the user's understanding of the content in a non-detrimental way to the commercial value of the original content. Amount and Substantiality Our website uses only the necessary amount of copyrighted material to achieve the intended purpose and does not substitute for the original market of the copyrighted works. Effect on Market Value The use of copyrighted material on our website does not in any way diminish or affect the market value of the original work. We believe that our use constitutes a 'fair use' of any such copyrighted material as provided for in section 107 of the U.S. Copyright Law. If you believe that any content on the website violates your copyright, please contact us providing the necessary information, and we will take appropriate action to address your concern.

Hosted by: Fraser Cain ( @frasercain ) and Dr. Pamela L. Gay ( @CosmoQuest ) Streamed live on Mar 23, 2026. The theory of evolution how life takes on its wildly different forms. But how did life get started in the first place? It appears the Universe has been making life's molecules in space for billions of years, setting up the conditions for life… everywhere? One of humanity's fundamental questions is "where does life come from." We can't answer that question, but we can tell you where some of the stuff of life came from.   This show is supported through people like you on Patreon.com/AstronomyCast  In this episode, we'd like to thank: Burry Gowen, Eric Lee, Jeanette Wink, Michael Purcell, Andrew Poelstra, David, David Rossetter, Ed, Gerhard Schwarzer, Jason Kwong, Joe McTee, Sergey Manouilov, Siggi Kemmler, Sergio Sancevero

A nontechnical talk by Dr. Bruce Macintosh (University of California Observatories)Mar. 11, 2026In the past three decades, more than 6000 planets have been discovered orbiting other stars.  Advances in technology have allowed a handful of giant planets around other stars to be imaged directly. Dr. Macintosh tells us about the first-ever images of other solar systems — and the technology that has allowed us to discover them, such as the Gemini Planet Imager — as well as the future planet-hunting space telescopes. The ultimate goal is detection of a second ‘pale blue dot' — an Earth twin where we could even see the biosignatures of extrasolar life.  (He also talks a bit about the wind damage to the Lick Observatory and what is being done to repair the historic dome.)Bruce Macintosh is the Director of the University of California Observatories in California and Hawaii. He co-led the team that imaged the first extrasolar planets, and was the Principal Investigator of the Gemini Planet Imager, an advanced planet-finder for the Gemini South telescope.

This episode of the podast is sponsored my Amentara Enthobotanicals Visit: https://www.amentara.com/ and use the code LEARY22 to receive 22% off of your first order. --------- Comedian Shane Mauss drops into the episode of the podcast to bring his one and only fantastasical wit and insights into our  minds and maybe even our souls! Shanes perspective on the psychedelic movement, science and mysticism is truly one of a kind. Turn up the volume and see if you can keep up with him! I did but only barely.  His new comedy special TRIPS: First Dose is now live on YouTube on the 800lb Gorilla channel.  Shane Mauss is an award-winning comedian (Conan, Kimmel, Comedy Central, Prime) with a fondness for interviewing scientists about the bizarre and counterintuitive ways the mind works and turning what he learns into solo shows that blend philosophy with comedy. Originally recognized for his cerebral, absurdist writing and understated delivery, he veered off the traditional path to dive into bigger ideas with themed shows about consciousness, animal mating behavior, mental health, mythology, adaptations, cognitive errors, biology, and AI. After a 111 city tour about psychedelics in 2017 which led to appearances on the biggest podcasts, his documentary 'Psychonautics', and the Comedy Central webseries 'Tales From The Trip' Shane became known as someone who could speak to wild experiences from a surprisingly grounded perspective. Shane just released 'The First Dose' of a new two-part psychedelic comedy special, TRIPS. 'The Second Dose' drops April 19th (The anniversary of the discovery of LSD aka 'Bicycle Day')

Get the inside scoop on the latest breakthroughs in skincare and aesthetics with this episode of AI Live! Hosts Lori, Gideon, and special guest Sophie Bai, founder & CEO of Pavise, break down innovative products, the science behind skin aging, and advanced training opportunities for practitioners. Find our more about Pavise at https://pavisemd.com/ In this episode, we cover: Upcoming webinars and hands-on courses for aesthetic injectors, from neurotoxins to PDO threads An introduction to Pavise by bioscientist Sophie Bai, including the development process and cutting-edge research The science behind skin aging, reactive oxygen species (ROS), and how DiamondCore technology works Peer-reviewed clinical evidence on biomarker reduction, regeneration, and implications for both cosmetic and medical skin health Real-world before & after results, product lineup breakdown, and tips for integrating advanced skincare into your aesthetic practice Stay tuned for the latest in skin science and elevate your clinical understanding. 00:00:00 Welcome to AI Live 00:07:55 "Pavis: A Scientifically Backed Product" 00:12:16 "Skincare is Healthcare" 00:20:56 Nanodiamonds: Composition and Function 00:23:30 "Preventing Aging from ROS" 00:30:49 "Wellness, Stress, and Anti-Aging" 00:33:12 "Aging Biomarkers and Inflammation" 00:38:48 "IL-24: The Magic Bullet" 00:44:47 Collagen Delivery and Penetration 00:49:53 "Skin Rejuvenation with Diamondcore" 00:57:34 Eye Treatment Innovations Explained 01:00:54 "Regenerative Multiplier Launch Explained" 01:05:03 Upcoming Classes: Ultrasound & Aesthetics

Send a textThyroid Talk with Dr. Angela Mazza, DOShow Notes Episode 47; Recorded: 1-20-2026Small Molecules, Big Impact: Peptides for Thyroid HealthHost: Dr. Angela Mazza, DOCo-host: Dawn Sheffield I'm Dr. Angela Mazza, D.O., a thyroid, endocrine, and metabolism specialist with a private practice in Central Florida.  My goal for this podcast is to define and demystify the thyroid gland, and thyroid-related medical conditions.  By providing information in an easy-to-understand format, we hope to help patients better understand the ways in which their bodies work, and to help them thrive.  My goal is to help us live more fulfilling lives by taking control of our health, to feel our best.  Here's some of what we covered in episode 47 (Small Molecules, Big Impact: Peptides for Thyroid Health), not necessarily in this order: ·        What are peptides and what work do they do?·        How peptides help with cellular dysfunction.·        How peptides are delivered into the body.·        Which peptides are often used for thyroid patients--and why.·        Peptides may help when a person's lab reports look better, but they do not feel better.·        Peptide therapy is an investment in cellular health.  Costs can vary depending on various factors.·        Peptides bring hope, and hope is the future of endocrine care.·        And best of all we learned that we CAN impact our thyroid health! My book, Thyroid Talk: An Integrative Guide to Optimal Thyroid Health, is available on Amazon.  For information on the related Webinar and online master course, see thrivethyroid.com.  Or forward your name and email to thyroidtalk.mazza@gmail.com or to our website: metaboliccenterforwellness.com  The webinar coordinates with the online master class.  The master class has modules that cover topics like diagnosis of thyroid issues, personalized treatment, gut healing, and much more--plus some bonuses. Visit the Wellness Store at metaboliccenterforwellness.com regarding supplements mentioned in various episodes of this podcast.  Please stay in touch!  Send your comments, show ideas, and questions to thyroidtalk.mazza@gmail.com  We may disclose your general location on air (the city or town, for example), but we will not read your name nor your address on the show.  We reserve the right to edit your input as necessary.  See the website at metaboliccenterforwellness.com; our YouTube channel (Dr. Angela Mazza), Facebook, and Instagram.   The topic of our next episode, number 48, is Testosterone for Women.Citations, references, additional information:Mazza, A. Thyroid Talk: An Integrative Guide to Optimal Thyroid Health.  Available now on Amazon.Ask your healthcare provider about specific questions regarding your wellness.  This podcast is meant for educational purposes only.  Copyright 2026 Dr. Angela Mazza DO.  Thyroid Talk with Dr. Angela Mazza, DO.  All rights reserved.Check out our YouTube channel - Dr. Angela Mazza, our website at Metabolic Center for Wellness, our FaceBook and our Instagram page.

In this episode of Creating Your Ageless Future, Regan Archibald offers a high-level, educational walkthrough of regenerative medicine—covering commonly discussed categories like biologics, cellular therapies, signaling molecules, PRP, and exosomes—while emphasizing the importance of separating marketing from evidence. He shares why public interest has accelerated (including demographic and cultural factors), describes how product variability and regulatory action have shaped the landscape, and explains why research concepts like cell sourcing, handling, and testing are central to quality and safety discussions. Regan also outlines how teams often approach decision-making in this space—using diagnostics, careful sourcing, and lifestyle context—while cautioning against one-size-fits-all claims and DIY experimentation.RESOURCES:Book Comprehensive Labs: https://agelessfuture.com/longevity-labs/FREE copy of The Peptide Blueprint: https://agelessfuture.com/blueprintSign up for future Health Accelerator Challenges calls LIVE! https://us02web.zoom.us/webinar/register/WN_YZsiUMOzSyqcE8IinC5YEQ#/registrationBooks: https://www.amazon.com/Books-Regan-Archibald/s?rh=n%3A283155%2Cp_27%3ARegan%2BArchibaldArticles: https://medium.com/search?q=Regan+ArchibaldLIKE/FOLLOW/SUBSCRIBE:YouTube -https://www.youtube.com/@ReganArchibald / https://www.youtube.com/@Ageless.FutureLinkedIn: https://www.linkedin.com/in/regan-archibald-ab70b813Instagram: https://www.instagram.com/ageless.future/Facebook: https://www.facebook.com/AgelessFutureHealth/DISCLAIMER: This video is for educational purposes only and does not provide medical advice, diagnosis, or treatment.  Many of the molecules discussed in this video are research compounds and are not approved by the U.S. Food and Drug Administration (FDA) for any specific medical use, indication, or condition. They are mentioned only in the context of existing scientific literature and ongoing research and are not being recommended, prescribed, sold, or offered through this video.  This content does not endorse or recommend any specific tests, products, procedures, or treatment protocols.References to our clinic are for general educational context only; investigational or non‑approved products are not available for direct ordering or prescribing based solely on viewing this content.  Do not start, stop, or change any medication, peptide, or supplement based on this video. All medical decisions must be made with a licensed prescribing clinician after a proper evaluation. No provider–patient relationship is created by viewing this content or contacting our clinic.  Regan Archibald is a Licensed Acupuncturist and longevity coach. He is not a medical doctor. Cade Archibald is COO and Co-Founder of Ageless Future, also not a medical doctor. All medical decisions, lab ordering, and prescribing in our clinic are performed only by our licensed medical team (MD, APRN, PA).  Viewers should follow the guidance of their own licensed clinicians and local health authorities regarding diagnosis and treatment decisions.

In this episode, we dive into the seismic shifts happening in industrial AI, from the so-called 'SaaS-mageddon' disrupting established software models to the rise of AI-powered agents that promise to redefine productivity. We share first-hand insights on how large language models and open-source projects are reshaping the landscape, and what this means for the future of industry solutions. We then turn to the frontier of pharmaceutical innovation with Stanisław Jastrzębski, CTO & Co-Founder from molecule.one, who reveals how deep learning, automation, and custom data are accelerating drug discovery. Join us as we connect the dots between industrial AI trends, the evolution of personal assistants, and the chemistry breakthroughs powering tomorrow's medicines. Tune in for a global perspective and a dash of inspiration straight from the heart of Istanbul.

Hope isn't a personality trait—it's a practice, and Dr. Julia Garcia is here to show us how to build it when life feels heavy. In this honest, energizing conversation with Ginny Yurich, Dr. Garcia shares her own journey from deep hopelessness to earning a PhD in psychology and helping families, students, and leaders strengthen what she calls our “goal-directed” brain circuits—the ones that help us regulate emotions, make plans, and keep going. You'll hear the science behind loneliness and despair and how simple habits like risk (letting yourself be seen) and release (finding healthy outlets—from poetry to nature to movement) can change everything. Learn more about Dr. Julia Garcia and her work: https://journeywithdrj.com Get her book The Five Habits of Hope Learn more about your ad choices. Visit megaphone.fm/adchoices

I occasionally get comments from people that the Gnosticism I’m sharing with you here at Gnostic Insights is different than the Gnosticism they’re accustomed to or the Gnosticism they see elsewhere on the internet. And that is very true, and that is why the Substack is called the Gnostic Reformation. This Gnosticism that I’m sharing with you—yes, it comes out of my own personal gnosis. It is a compilation of both Valentinian Gnosticism, primarily from the Tripartite Tractate of the Nag Hammadi, but also I’ve combined it with my own Theory of Everything called A Simple Explanation of Absolutely Everything, the blog which has been up there at Blogspot for over 15 years by now. It is a true Theory of Everything that lets you examine any philosophical model or any social model or scientific model. A Simple Explanation blog It’s a way of examining model structures and how they fit together, particularly our universe and particularly psychology, sociology, and theology. So when I ran across the Nag Hammadi and began to study it many years later, I was able to interpret it through this lens of A Simple Explanation that I had already developed. For example, the Simple Golden Rule comes directly out of my model, and that is a reformulation of what all religions around the world talk about as an ethical model of behavior. The Simple Golden Rule And it’s this: It begins with the concept of units of consciousness—and I use the term units of consciousness because this applies not only to human beings, but to plants and animals and bacteria, cells in your body; in a way, it applies to the atoms and molecules and the elements as well–and in the Simple Explanation, I used to give them consciousness. But since coming to my gnosis, I believe that what the physical parts—the elemental parts—of our universe actually are, is the imitation of the way things go together in the Fullness. And it’s an imitation because it’s down here in this so-called material world. It’s the Demiurge’s best effort to reconstruct Paradise. So now I don’t think that the molecules and atoms and subatomic particles are actually conscious the way I used to. The consciousness resides in the Demiurge, and the Demiurge is controlling them because the Demiurge is the god of this universe, and he can control down to the smallest subatomic particle, all of the elemental parts of our universe. But when it comes up to the living parts of our universe, that is where the life, consciousness, love, wisdom, all of that comes in through the Father, through the Son, through the Aeons, through Logos, into our otherwise fallen and amnesiac universe. So the actual consciousness of the Aeons, and upstream from that, of course, the Son and the Father, that is where the consciousness comes into the living things in our universe. That’s what makes the difference between the hard and rocky places and the wet and meaty places, because there’s definitely a difference. Anyway, I was talking about the Simple Golden Rule, and that is where units of consciousness, so that could be anything from a cell in your body all the way up through all creatures, although, not the viruses—the viruses are not alive, they are molecular machines controlled by the Demiurge—but up through the bacteria, which are different than viruses, bacteria are little living creatures—on up through all the plants and the animals, and then into us. Those are the units of consciousness. I am a unit of consciousness. You are a unit of consciousness. We say units because consciousness actually is the ground state of our matrix. Consciousness is the mind of God, and we are units of that. So my Simple Golden Rule has always said, even before I came to the gnosis, the Simple Golden Rule says, Units of consciousness reach out to others like themselves at their own level of complexity. So cells reach out to other cells, people reach out to other people, etc. Units of consciousness reach out to others and hold hands to join together to build the next level up. They join on a project. So like your family, let’s say, the people in your family hold hands with one another and level up to the family structure. Each thing that is at the same level reaches up to the next level to build something together that none of them could do on their own. So if we take the cells in your body, your skin cells reach out to other skin cells and level up to the organ called skin. The other organs reach out in the same way. The heart cells reach out to other heart cells, make the heart. Lung cells reach out to other lung cells, make lungs, etc. And all of the organs reach out to each other to create an organism. Everything builds up in the same way at the molecular level. The Demiurge’s copy of this process is subatomic particles reaching out to other subatomic particles to make particles. Particles reach out to make atoms. Atoms reach out to make molecules. Molecules reach out to make elements. Elements reach out to make minerals. Minerals become the rocks and stones and the hard rocky places that we see. But it is not conscious, and that’s the difference, other than the nature of the consciousness of the Demiurge that controls it. Whereas each of the living parts of our universe, from the cells on up, is conscious, does have thoughts, is a direct part of the consciousness of God. That is different. You don’t see that in the Nag Hammadi. That’s because I have brought that part of it in from the Simple Explanation. I admit that my reading of the Nag Hammadi is filtered through my personal interpretive system, but that’s what we’re all called to do. You have your own personal interpretive systems, or it’s fine with me if you adapt mine. But you have to come to this understanding, this gnosis yourself. The bottom line of the gnosis, by the way, is this. It all boils down to one sentence: We come from above and we will return to above. That is the nugget of Gnosticism. All of the rest of it is explanations that people have offered of the system of how it goes together. How is it that we come from above? How is it that we return to above? And how do we interact with the above space, that is the pleroma of the Fullness of God, when we’re down here trapped in this material world? That was the query that actually kicked off most of my own personal gnosis, even before I read any of the Gnostic books. I used to wonder, as I played with my dogs down by the river and I stood barefoot in the mud of the river, how does the consciousness of God flow through me and the mud surrounding the river make up my body and how do they connect? That’s the beginning of the Simple Explanation. So I’ve been doing some research in this time off I’ve had and I can answer exactly now in a philosophical way how it is that this Gnosticism that I am sharing with you differs from what people who consider themselves to be Gnostic teachers generally teach. Most Gnostics, by the way, are thinking of themselves as what are called Sethians. They believe that they are offspring from the prototypical human Seth and there’s a lot of mythology built around that system. The Nag Hammadi books are mostly Sethian. That’s why you have so much mythology in there. That’s why you have the names of angels and the counting of positions. You have the laying out of the hierarchy and all of these elect systems within it and how they have to be. But keep in mind, the people that wrote those books are really no different than I am or than you are. They’re people writing their interpretations of the system of how God can inhabit matter and where we are in that process and do we belong here or do we belong somewhere else. And if we belong somewhere else, how do we get out of here? That’s where such words as the trap come from—that this material world is a trap. Some Sethians go so far as to believe that the way teachers have shared with us to escape the trap is itself a trap. Have you heard this? “Don’t go into the light. The tunnel and the light, they’re just the trap.” That is someone’s interpretation of the system. That’s all that it is. You need to commune in silence with the Father yourself to discover what is true and what is not true. You can’t believe teachers, even Gnostic teachers, especially out there on the internet, who claim to have the truth and want to share it with you as if they were prophets. They are not prophets any more than I am a prophet. Everyone filters truth and reality through their own lens of discrimination. And your background, including your past lives and the memes that you bring forward into this life, all influence what you interpret of what you see going on around you, the words you use, the structures you use to make it make sense. What I am sharing with you here goes beyond the ancient Valentinian systems that we find in the Nag Hammadi. This Gnosticism that I’m sharing, this Simple Gnosticism, or Reformed Gnosticism that I’m teaching, fits into the space between Sethian and Valentinian systems. It’s a bridge cosmology. Neither tradition fully says this, but both hint at it. And what I’ve done is tease out the structural possibility that the ancient systems didn’t quite say out loud. And by the way, this is where my Simple Explanation model helped me do that. And here is the Simple model: What we call the Son is the primal emanation that is the direct image of the Father. The Christ is a later composite restorative agent formed through the cooperation of the Aeons, the Son, and the Logos. So, the Son and Christ are not exactly the same character as taught in Christianity. They are not interchangeable names. The Christ came after the Son. The Son is the direct emanation of the Father, and we use those gendered terms simply because that is the traditional way to say them. We could instead call the Father the ground state of consciousness, or the Great I Am, and its emanation, instead of calling it the Son, we could simply call it the First Emanation. The Son stays plugged into the Father. It doesn’t branch off and float downstream like a spore. It is not that. It stays plugged into the Father at all times. So, the Son and the Father are co-existent in their knowledge, and their wisdom, and their love. But the Son, or the offspring, is a monad, whereas the Father is infinite and illimitable, uncontainable. That’s why we say it’s the ground state. It’s a force, a power. It’s not a person. Oh, that might upset the Christians there. But the Father only relates to the Son. The Son is the first person, and in Valentinian Gnosticism, the Son is often called, then, the Father, our Father. Our Father, who art in heaven, is actually the Son, because He is our Father, and we all emanate out of the Son directly. This is not an insult to the Great Father, the Great I Am. The Son was emanated for this purpose. So, it is a fulfillment of the Son’s role to say He is our Father of consciousness and love. He is the one we can relate to, whereas the Father is so illimitable, is so infinite and magnificent and great, we cannot wrap our heads around it. The Son represents everything that the Father is. Now, in Sethian Gnosticism, they call that first emanation Barbelo. Rather than the Son, they call it Barbelo. That’s its name. What they call the Son is the second emanation out of Barbelo. So, the Barbelo is the female figure, the mother, the womb, and the Son comes from Barbelo. The Son, in Sethianism, is also called Autogenes, genes, like our genetics. It’s the same root word. And then the Christ, in Sethianism, is a further emanation who brings restoration and reveals truth to us. That is Sethianism. Now, as I said, in Valentinian Gnosticism, the Son, also known as Nous, is the first emanation from the Father. And the Christ is a later figure who descends to heal the pleroma after Logos’s fall and deficiency. Most Valentinians and Valentinian books say that the Aeon who fell from the pleroma and created our material existence is called Sophia, and it’s a female figure. I don’t like that because it’s a mythological upstream version of Adam and Eve. Let’s blame the woman. Let’s say females are inferior. We don’t need to go there because it turns out that one of the most mysterious books, as they say, in the Nag Hammadi, names the Fallen Aeon Logos. And Logos is not a female, and Logos doesn't have a child named Yaldabaoth. When Logos falls out of the pleroma of the Fullness of God, he cracks open. He breaks. He is rent in two. And a shadow version of him spills out all over, like guts on the ground. That is not a child. That is a shadow of Logos. And we call that shadow, you got it, the Demiurge. And in the Tripartite Tractate, Logos looked around at the results of the Fall with horror. Horror! And he tried to get it all back together, like grabbing his guts and sticking them back in his abdomen kind of thing. He couldn’t do it. He couldn’t grab it all together. And it spread out and would not listen to him. And it was disruptive and a disturbance and chaotic. So he abandoned the results of the Fall down below and hightailed it back up to the pleroma, to his “brothers”—the other Aeons in the pleroma—that we also call the Fullness of God. But Logos has never been fully cut off from the shadow down here, from what we call the Demiurge. And it is the knowledge that came from Logos that informed the Demiurge how to put the chaos in order. The Demiurge was left down here as part of the chaos, but it got itself together. It reconnected its mind with the mind of Logos, but it didn’t realize that. The Demiurge is called the amnesiac god, the god who does not remember, is because the Demiurge doesn’t remember that it came from the Father and that it will return to the Father. The Demiurge does not realize that it is part of Logos. And I have identified that part as the ego of Logos. The Tripartite Tractate says that the best part of Logos returned to the Self, his big S Self, which, in the case of Logos, was a fractal amalgamation of all of the other Aeons of the Fullness of God. What the Demiurge is, is the presenting face, the presenting part of Logos. He doesn’t remember Logos. He doesn’t know his true Self. He doesn’t remember the Father, or the Son, or the pleroma, or the Aeons. He doesn’t remember any of that. He woke up down here amidst chaos, separated from the Fullness of God, and surrounded by chaotic quantum foam, is my interpretation of this. And with the way that Logos knows how to order things, the Demiurge set about ordering the chaos of the Fall. And he was able to build it up through the particles, the atoms, the molecules, the elements, the minerals, up to the mud. But he couldn’t get any life into it. He couldn’t get his little mud figures to come to life. The Demiurge cannot bring life and consciousness to the mud. [illustration from Children of the Fullness: A Gnostic Myth] He had the pattern, he had the blueprint, but he didn’t contain the life. And consciousness is life. Consciousness is love. The nature of the Father above, the nature of the pleroma, is love, consciousness, and life. And it’s all good. It’s all good. We’re going to pick this up next week, because I’m on a roll now. We’ll probably be following this train of thought for the next two, three weeks. So welcome to the Gnostic Reformation, where we’re going to infuse Gnosticism with love, consciousness, and life. God bless us all, and onward and upward. Buy now at amazon.com

As the hydrogen economy is hitting its "industrial scale" phase, the focus is shifting from electrolyser counts and toward the complex reality of the midstream. How do we physically—and cost-effectively—connect, convert and move green molecules across the globe?In this episode, EAH sits down with Karlis Vasarais from Uniper's Innovation team to discuss the energy major's strategic evolution toward "Greener Gases". We explore:* The Policy Blueprint - What can 20 years of biogas policy history can teach us about the future of e-fuels and hydrogen. * Global Scale - Uniper's landmark 2026 agreement to offtake 500,000 tonnes of green ammonia from India and their broader European production aspirations.* The Midstream Missing Link - Why global supply chains—spanning transport, storage, and conversion—are the key to turning "stranded" green molecules into bankable commodities.* Enabling Mandates - The tool kit of regulatory levers and "mandate ingredients" required to spur innovation, reduce the price gap, and unlock private sector investmentAbout Karlis Vasarais:Karlis Vasarais works at Uniper as an Energy Transition Innovation Manager, where he's involved in activities related to carbon capture, utilisation and carbon-tech innovation. His role includes engagement with broader energy and climate innovation networks, particularly in carbon-tech and sustainability initiatives, aligning with Uniper's transition focus. He also engages with stakeholders around carbon capture, utilisation, and related technologies, including strategic discussions about scaling these solutions in Europe. Previously, Karlis led Valent alongside Tim Haig, both experienced entrepreneurs who have built significant expertise in fuels science, industrial process optimization, early-stage financing and technology scale-up. The team raised over $250 million for six companies, leading to the commercialization of numerous R&D-stage innovations in renewable energy and clean technologies in Canada, including BIOX (World Energy), Mara Renewables, and GreenMantra Technologies. About Uniper:Uniper is a European energy company focused on secure energy supply and the energy transition. Headquartered in Germany, Uniper operates power generation assets, energy trading, and gas infrastructure across several countries, while increasingly investing in low-carbon solutions such as hydrogen, carbon capture, and flexible power to support decarbonization and system reliability.--Links:Uniper - https://www.uniper.energy/Uniper Energy Transition - https://www.uniper.energy/sustainability

Self-doubt, imposter syndrome, fear of visibility,  for many women, these aren't small mindset hurdles. They're the invisible blocks that keep powerful stories unwritten and important voices unheard.In this week's episode of Uncomplicate It, I sit down with Nancy Marriott, writing coach, developmental editor, and co-author of the bestselling Molecules of Emotion. For nearly three decades, Nancy has helped women move from hesitation to authorship, guiding them through the internal resistance that shows up the moment they decide to play bigger.This conversation is part cultural unpacking, part mindset shift, and part practical roadmap for any woman who feels called to write… but keeps questioning whether she's “ready.”We dig into:Why imposter syndrome shows up so strongly for womenThe cultural conditioning that teaches women to stay smallTall poppy syndrome and the backlash that can come with standing outThe subtle language shift (from “we” to “you”) that transforms authority in writingWhy publishing a book instantly positions you as an authorityThe difference between fear of failure and fear of visibilityWhy commitment breaks self-doubt faster than confidence ever willHow to use AI as a tool without losing your authentic voiceWhy waiting until you feel ready is the real trapHow storytelling builds credibility, connection, and trustKey Takeaways:There's no such thing as “a writer”, only people brave enough to express their truthAuthority isn't given. It's claimed.Imposter syndrome is a story, and stories can be rewrittenVisibility requires courage, not perfectionIf you feel called to write, that call mattersConnect with Nancy:Website: www.nancymarriott.comLinkedin: www.linkedin.com/in/nancy-marriott-6791098/Follow Us:

Scientists at Dublin City University (DCU, Ireland), in collaboration with research teams in Chimie ParisTech – PSL (France), Chalmers University of Technology, Sahlgrenska University Hospital, Gothenburg (Sweden), and the University of Limerick (Ireland), have developed a new chemical strategy for designing metal-based compounds capable of damaging cancer cell DNA, offering a potential new direction for future anticancer drug development. Led by Professor Andrew Kellett, this European consortium has created a series of molecules that cut DNA through a distinct chemical mechanism compared with existing chemotherapy drugs. The research focuses on early-stage compounds that could form the basis of future therapies, particularly in cancers that become resistant to treatment. The scientists used click chemistry—a fast and reliable method for assembling molecular components—to create a family of compounds known as Tri-Click ligands. When combined with copper ions, these ligands form artificial metallo-nucleases, metal-containing agents designed to cleave DNA. Drug resistance remains one of the biggest challenges in cancer treatment. Tumours can adapt by repairing specific forms of DNA damage or by blocking the activity of conventional drugs. A key advantage of this new chemical strategy is that the compounds damage DNA via pathways that differ from those targeted by many current cancer treatments. This means they may avoid some of the typical mechanisms that cancers use to become resistant. Professor Andrew Kellett, Professor of Inorganic and Medicinal Chemistry at DCU, said: "Click chemistry has transformed how we build complex molecules, but its potential as a platform to assemble DNA-damaging chemotherapeutics is underexplored. One of the major challenges in cancer treatment is drug resistance. By developing compounds that damage DNA in a different way, we aim to open up new possibilities for overcoming some of the limitations of existing therapies. While this research is still at an early stage, it provides a valuable platform for future drug development." Professor Gilles Gasser, Professor of Bioinorganic Chemistry at Chimie ParisTech, said: "This work is clear evidence of the potential of metal-based compounds for anticancer research, going beyond the currently heavily used platinum-based drugs. While still in its infancy, this study is a first step towards new solutions for cancer treatment. On a completely different note, this work is another demonstration of the power of collaboration between European scientists and institutions." Professor Damien Thompson, Director of SSPC, the Research Ireland Centre for Pharmaceuticals & Professor of Molecular Modelling at UL, said: "This work exemplifies the value of systematic, deep screening of molecular properties in the development of more effective medicines. Support from SSPC, the Research Ireland Centre for Pharmaceuticals, enabled strong collaboration between our experimental and modelling teams, and this new design strategy marks a key milestone in developing sustainable, well-tolerated anticancer drugs." Professor Fredrik Westerlund, Professor of Molecular Bioscience at Chalmers University of Technology, said: "This study truly highlights how combined expertise across Europe can lead to innovative results in a research field of paramount importance. Novel treatments to resistant cancer tumours are highly desired in the clinics, and the metal compounds developed in this study have many of the properties that are eagerly sought for." The findings are published in the journal Nature Communications: https://www.nature.com/articles/s41467-026-68911-5 The researchers emphasise that the findings are preclinical, and further testing is required before any potential clinical application. More about Irish Tech News Irish Tech News are Ireland's No. 1 Online Tech Publication and often Ireland's No.1 Tech Podcast too. You can find hundreds of fantastic previous episodes and subscribe ...

Water is the most fundamental element of human life — yet it may be the most misunderstood. In this episode of Vibe Science, Ryan Alford welcomes Mario Brainovic, CEO and co-founder of Analemma Water, for a deep dive into the science of water coherence and why water quality goes far beyond filtration. Mario explains why 99% of all molecules in the human body are water, how water behaves as an electromagnetic system, and why most modern water exists in a chaotic state that doesn't optimally support biology. Drawing from nearly two decades of research and multiple double-blind studies, Mario shares evidence showing changes in brainwave coherence, mitochondrial energy production, and cellular vitality when people consume coherent water. The conversation explores how water impacts ATP, brain function, aging, and overall resilience — and why hydration may be the most overlooked lever in wellness. Topics Covered: Why “water is water” is a myth The difference between chaotic and coherent water Brainwave studies and instant neurological effects ATP, mitochondria, and cellular energy Why filtration alone doesn't solve the problem Listening to thirst and hydration intuition Simple ways to improve foundational health This episode reframes hydration as a core wellness strategy, not a background habit. Episode Sponsors  Give your caffeine a flavor upgrade with 5-hour ENERGY® shots. Get yours in-store and online at www.5hourENERGY.com or Amazon today. Connect & Learn More

## In Today's Episode:- **FAA clears Falcon 9 — Crew-12 launch set for February 11** — The four-day grounding ends after SpaceX identifies and addresses the upper stage engine ignition failure. Fourth upper stage issue in 19 months.- **NASA study: Non-biological sources can't fully explain Mars organics** — Researchers find that known non-biological processes don't account for the abundance of organic compounds discovered by Curiosity in Gale Crater. The team modelled 80 million years of cosmic radiation exposure.- **Interstellar comet 3I/ATLAS flares while exiting the solar system** — NASA's SPHEREx captures the comet dramatically brightening, releasing water vapour, CO₂, methane, methanol, and organic compounds from beneath its cosmic-ray-hardened crust.- **UK proposes 30% cut to astronomy and physics research** — The deepest funding cut in a generation threatens early-career researchers and the UK's role in major international projects including the Square Kilometre Array and ESO.- **New Glenn second stage reuse debate reignites** — Blue Origin's Project Jarvis faces the question: can a reusable upper stage beat expendable manufacturing costs? Bezos calls it a "horse race."- **Fraggles land at Kennedy Space Center** — Jim Henson's beloved characters star in "Fraggle Rock: A Space-y Adventure," a new live show blending comedy, music, and NASA science.---## Links & Sources:- space.com — FAA clears Falcon 9, Crew-12 launch confirmed- science.nasa.gov — NASA study on Mars organics- space.com — SPHEREx observations of comet 3I/ATLAS- space.com — UK astronomy funding cuts- arstechnica.com — New Glenn second stage reuse debate- arstechnica.com / kennedyspacecenter.com — Fraggle Rock: A Space-y Adventure---## Connect With Us:

Powerful cold fronts move across North America at this time of year. These blankets of dry, cold air push away the clouds and haze, providing some amazingly beautiful blue skies. That color is produced by the interaction of sunlight with Earth’s atmosphere. The Sun is classified as a yellow star because its energy output peaks at yellow wavelengths. And if we could see the Sun from a distance of a few light-years, where it would appear as only a pinpoint of light, it would have a yellow hue. But from close range, the Sun is so intensely bright that we see its light as a mixture of all the colors of the rainbow. As a result, it looks white. As the Sun’s light enters Earth’s atmosphere, it’s subjected to a number of effects. Most of the time, the most important effect is Rayleigh scattering. It’s named for a British scientist who studied the effect in the late 19th century. Blue light waves are shorter than waves of red light. That makes them the right size to bounce off molecules of nitrogen and oxygen in the atmosphere. That scatters them in random directions. Since the blue wavelengths are scattered across the entire sky, the sky looks blue. Molecules in the air actually scatter a lot of violet light as well. But our eyes are more sensitive to blue wavelengths, so we see the sky as distinctly blue – the frosty color of clear winter days. Tomorrow: the oddball month of February. Script by Damond Benningfield

Full Show Notes: https://bengreenfieldlife.com/lavalle/ In this episode, I sit down with the legendary clinical pharmacist Jim LaValle for a fascinating exploration of some of the most innovative approaches to health, performance, and longevity. We discuss everything from peptides and small molecules for mitochondrial and kidney support to the science behind improving VO2 max, brain function, sleep, and more. Jim LaValle unpacks his decades of experience, shares cutting-edge research on metabolic health, and explains the power of his Metabolic Code test—which I recently tried myself—for identifying and addressing the biggest bottlenecks in your health journey. Throughout our conversation, we swap stories about nutrition missteps (think gallons of dairy and endless antibiotics), dive into the practical application of peptides like KPV, BPC-157, and lorazotide for healing the gut, and examine trends Jim repeatedly sees even in high performers—like stress-driven hormone changes and sneaky signs of inflammation. If you’re curious about how personalized lab testing, wearable data, and smart supplementation can help you feel better, perform better, and age powerfully, you’ll love the insights in this episode. James "Jim" B. LaValle, B.S.Pharm, CCN, MT, DHM, DHPh, is an internationally recognized clinical pharmacist, author, and board-certified clinical nutritionist, with over 40 years of clinical experience in natural products, lifestyle, drug/nutrient depletion, compounding pharmacy, and peptides. Episode Sponsors: Truvaga: Balance your nervous system naturally with Truvaga's vagus nerve stimulator. Visit Truvaga.com/Greenfield and use code GREENFIELD30 to save $30 off any Truvaga device. Calm your mind, focus better, and recover faster in just two minutes. ZBiotics Pre-Alcohol Probiotic: The world's first genetically engineered probiotic that helps break down the toxic byproduct of alcohol, Zbiotics Pre-Alcohol allows you to enjoy your night out and feel great the next day. Order with the confidence of a 100% money-back guarantee and 15% off your first order at zbiotics.com/BEN15. TRIUMPH Coaching: Join me for one-on-one coaching with me and my hand-picked team, custom-built around your labs, your lifestyle, and goals, until you actually hit them. No guesswork. Just results. If you’re finally ready to stop wasting time and money and start living the boundless life you know is possible, go to jointriumphcoaching.com and book your call. Just Thrive: Take the Just Thrive FEEL BETTER challenge today, and save 20% on your first Gut Essentials Bundle. Just Thrive Probiotic is the only probiotic clinically proven to arrive 100% alive in your gut, reducing bloat, better energy, and even clearing skin. Digestive Bitters packs 12 science-backed herbs in one tasteless capsule that jumpstarts your digestion and supports GLP-1 production so cravings don’t control you. Visit justthrivehealth.com/BEN and save 20% with promo code BEN. See the difference for yourself or get a full product refund, no questions asked. Boundless Bar: If you’re ready to fuel workouts, sharpen your focus, and support whole-body vitality, grab your Boundless Bars now at boundlessbar.com —and save 10% when you sign up for a Boundless Bar subscription.See omnystudio.com/listener for privacy information.

It's the start of the new month, which means it's time for the WCPE Book Club. This month, we are looking at Fantastic Four: Unstable Molecules from 2003. Writer James Strum and artist Guy Davis pay homage to the Lee-Kirby issues of Fantastic Four, while adding on a new layer that makes it feel like the next great American novel. For this discussion, we are joined by loyal friend of the podcast Terry LaCaze.  Stick around to the very end to find out about next month's selection for WCPE Book Club. It's a super pick, and a new collection of it is now on sale this week.  We have our weekly Pick 3 choices, sponsored by our friends at Clint's Comics, plus a look at last week's Top 9 books.  We would love to hear your comments on the show. Let us know what you've been reading or watching this week. Contact us on our website, Facebook, Instagram, or by email. We want to hear from you! As always, we are the Worst. Comic. Podcast. EVER! and we hope you enjoy the show. The Worst. Comic. Podcast. EVER! is proudly sponsored by Clint's Comics, 815 N Noland Road in Independence, Missouri. Whether it is new comics, trade paperbacks, action figures, statues, posters, or T-shirts, the friendly and knowledgeable staff can help you find exactly what you need. You should also know that Clint's Comics has the most extensive collection of back issues in the metro area. If you need to find a particular book to complete a title's run, head to Clint's or check out their website at clintscomics.com. Tell them that the Worst. Comic. Podcast. EVER! sent you.

How do most organisms in the natural world communicate? It's through the language of chemistry. Scripps Institution of Oceanography marine biologists Bradley Moore and Natalie Grayson explore how ocean life uses molecules as a language. Examples include a pigment that lets squid and octopus change color for camouflage, a coral and its microbial partners that produce biologically active compounds, and a chemical now in phase three human clinical trials to treat glioblastoma, an aggressive cancer of the brain. Their research has applications for new materials in biotech, and improving the food supply and human health. Series: "Jeffrey B. Graham Perspectives on Ocean Science Lecture Series" [Science] [Show ID: 41190]

New Year's Eve always comes with that familiar urge to clean the slate, toss out what didn't hold up, and keep what actually earned its place. That's basically the spirit of our latest “What's New in Science” episode with Sabine Hossenfelder.We began with the season's favorite shiny object: wormholes. The headlines have been everywhere, but we talked through why most of these stories quietly slide from “a speculative tool in a model” to “a virtual phenomenon that might be useful in calculations.” Traversable wormholes of course still run straight into hard constraints like negative energy and the time machine problem.From there we moved to something much more grounded: CERN. ATLAS has now observed the Higgs decaying into muon pairs, which is exactly the kind of precise confirmation you want for the Standard Model, and while it is yet another remarkable confirmation of how well the fundamental feature of the Standard Model works, it once again sharpens the contrast with the inexplicable nature of the only feature that doesn't seem to fit: neutrino masses. And it leaves us hanging about where to look next.We next spent time on what the future might look like for big particle collider projects and what it says about the field's priorities, including the signal sent by China's latest five-year plan, which no longer features a massive circular collider proposal. We touched on a smaller CERN result as well, and used it to reflect on a broader point: some of the most stubborn, interesting physics lives in regimes that are messy rather than glamorous.Then we took a quick detour into a quantum gravity-adjacent proposal about whether the way we average quantities in general relativity could matter for quantum corrections, and finally landed on a genuinely satisfying closer: OSIRIS-REx's Bennu samples. Finding ribose alongside other prebiotic building blocks makes it harder to dismiss the idea that the chemistry of life might be widespread, and not a once-only cosmic fluke.I hope you enjoy the episode, and I hope you're welcoming the new year surrounded by friends and family. Thank you, as always, for listening and for your continued support.As always, an ad-free video version of this podcast is also available to paid Critical Mass subscribers. Your subscriptions support the non-profit Origins Project Foundation, which produces the podcast. The audio version is available free on the Critical Mass site and on all podcast sites, and the video version will also be available on the Origins Project YouTube. Get full access to Critical Mass at lawrencekrauss.substack.com/subscribe

Nous sommes à la fin de la Première Guerre mondiale. Au Café des boulevards, à Bruxelles. C'est là que se tient une série entretiens entre un certain nombre d'industriels. L'objectif de l'affaire est de créer une association qui défendra les intérêts du secteur chimique belge. Quelques temps plus tard, le 22 mai 1919, l'acte constitutif de la Fédération des Industries Chimiques de Belgique, la FIC, est publié au moniteur. Dans les années 1940, une branche néerlandophone y est ajoutée, la FCN : Federatie der Chemische Nijverheid van Belgïe. A l'aube des années 2000, les acronymes FIC et FCN sont remplacés par le seul Fedichem auquel on ajoute la mention « Wallonie » ou « Vlaanderen ». Une appellation qui se transforme encore, en 2007, pour devenir Essenscia. En termes de chiffres d'affaires par habitant, la Belgique est aujourd'hui numéro un mondial de la chimie et des matières plastiques et l'un des plus grands acteurs européens sur le plan du développement de nouveaux médicaments. Mais qu'est-ce que la chimie ? A partir de quand peut-on parler d'industrie chimique ? De quelles manières particules invisibles et molécules construisent-elles notre quotidien. C'est la leçon du jour … Invité : Kenneth Bertrams, chercheur qualifié au FNRS, chargé de cours à l'ULB. Auteur, avec Geerdt Magiels, de « Des hommes et des molécules – 100 ans de chimie et de pharmacie en Belgique » aux éditions Mardaga Merci pour votre écoute Un Jour dans l'Histoire, c'est également en direct tous les jours de la semaine de 13h15 à 14h30 sur www.rtbf.be/lapremiere Retrouvez tous les épisodes d'Un Jour dans l'Histoire sur notre plateforme Auvio.be :https://auvio.rtbf.be/emission/5936 Intéressés par l'histoire ? Vous pourriez également aimer nos autres podcasts : L'Histoire Continue: https://audmns.com/kSbpELwL'heure H : https://audmns.com/YagLLiKEt sa version à écouter en famille : La Mini Heure H https://audmns.com/YagLLiKAinsi que nos séries historiques :Chili, le Pays de mes Histoires : https://audmns.com/XHbnevhD-Day : https://audmns.com/JWRdPYIJoséphine Baker : https://audmns.com/wCfhoEwLa folle histoire de l'aviation : https://audmns.com/xAWjyWCLes Jeux Olympiques, l'étonnant miroir de notre Histoire : https://audmns.com/ZEIihzZMarguerite, la Voix d'une Résistante : https://audmns.com/zFDehnENapoléon, le crépuscule de l'Aigle : https://audmns.com/DcdnIUnUn Jour dans le Sport : https://audmns.com/xXlkHMHSous le sable des Pyramides : https://audmns.com/rXfVppvN'oubliez pas de vous y abonner pour ne rien manquer.Et si vous avez apprécié ce podcast, n'hésitez pas à nous donner des étoiles ou des commentaires, cela nous aide à le faire connaître plus largement. Hébergé par Audiomeans. Visitez audiomeans.fr/politique-de-confidentialite pour plus d'informations.

Emily Conley, CEO of Berkeley, CA-based Renasant Bio, on developing small molecule correctors and potentiators for autosomal dominant polycystic kidney disease (ADPKD).

- Announcements and Interviews on Brighteon (0:00) - Health News and Canadian Government's Actions (4:26) - China's Research on Grape Seed Extract (10:40) - Tour of the New Lab and Health Ranger Store (22:29) - Economic Depression and Living Broke (41:19) - Canadian Government's Mass Extermination Plans (1:09:33) - Interview with John Roy from Dawson Knives (1:19:58) - American-Made Manufacturing and Innovation (1:21:24) - Pro Cut Steel and Frog Lube (1:22:43) - Black Friday Sale and Economic Challenges (1:24:57) - Innovations and Future Plans (1:36:51) - Customer Feedback and Design Features (1:45:01) - Supply Chain and Regulatory Challenges (1:50:31) - Commitment to Quality and Craftsmanship (1:50:51) - Future Innovations and Technological Advancements (1:51:30) - Customer Engagement and Marketing Strategies (1:58:09) - Final Thoughts and Future Plans (2:04:42) - America's Health Crisis and the Role of Big Pharma (2:05:31) - Economic and Social Collapse Scenarios (2:16:54) - Military and Police State Preparedness (2:35:21) - AI and Robotics in Warfare (2:40:01) - Economic and Social Implications of Collapse (2:42:37) - Technocracy and Universal Basic Income (2:51:04) - Globalist Plans and Resistance (2:58:06) - Economic and Political Challenges (3:02:29) - Preparation and Survival Strategies (3:02:45) - Black Friday Sale and Health Ranger Store (3:02:58) For more updates, visit: http://www.brighteon.com/channel/hrreport  NaturalNews videos would not be possible without you, as always we remain passionately dedicated to our mission of educating people all over the world on the subject of natural healing remedies and personal liberty (food freedom, medical freedom, the freedom of speech, etc.). Together, we're helping create a better world, with more honest food labeling, reduced chemical contamination, the avoidance of toxic heavy metals and vastly increased scientific transparency. ▶️ Every dollar you spend at the Health Ranger Store goes toward helping us achieve important science and content goals for humanity: https://www.healthrangerstore.com/ ▶️ Sign Up For Our Newsletter: https://www.naturalnews.com/Readerregistration.html ▶️ Brighteon: https://www.brighteon.com/channels/hrreport ▶️ Join Our Social Network: https://brighteon.social/@HealthRanger ▶️ Check In Stock Products at: https://PrepWithMike.com

Dr Neil deGrasse Tyson, world-renowned astrophysicist, breaks down the universe, space, black holes, and the Big Bang, uncovering how Elon Musk, AI, SpaceX, and NASA are defining the future of humanity.  As a science communicator, Neil is the host of StarTalk podcast, which covers science, pop culture and comedy. He is also the bestselling author of several books, such as ‘Astrophysics for People in a Hurry' and the newly revised ‘Just Visiting this Planet: More Cosmic Quandaries from Dr. Tyson's inbox'.  In this explosive conversation, he explains:  ◼️80% of Gen Z believe the stars control their life ◼️The dangerous lie we believe about life's purpose, and what to do instead ◼️Why you have 20% of the same DNA as a banana ◼️Why AI's real danger isn't what Hollywood warned you about ◼️Why simulation theory might explain every disaster on Earth (00:00) Intro (02:43) The Big Questions About the Universe and Our Existence (10:55) Why We're Not Good at Feeling Oneness With Others (15:48) Has Science Shaped Your Beliefs About Religion? (20:15) Did Humans Evolve to Believe in Something? (25:00) Changing the Way We See the Universe (30:32) Did the Loss of Your Parents Change Your Views? (35:05) Do We Live in a Simulation? (40:05) Do We Have Free Will in Our Society? (43:44) Will We Be Able to Extend Our Lives Soon? (45:57) What Happens When We Extend Everyone's Lives? (48:57) Neil deGrasse Tyson on AI (53:28) Will We Travel to Mars in Our Lifetime? (1:00:01) How Long and How Far Is It to Mars? (1:02:43) Ads (1:04:13) What Would Happen If the Earth Got Swallowed by a Black Hole? (1:07:51) Could the Sun Become a Black Hole? (1:09:06) What Happens If the Sun Freezes? (1:10:37) Every Breath You Take Contains the History of the Universe (1:15:25) Is the Universe Infinite? (1:16:34) Do Aliens Exist? (1:19:37) Why Do You Think Aliens Exist? (1:25:38) The Physics Error in *The Matrix* (1:28:22) Ads (1:30:26) The Questions We Dream Of (1:33:26) Should We Argue About Meaning? (1:37:18) Are Horoscopes Really a Thing? (1:42:15) Are You Happier If You Believe in God? (1:46:54) What's the Biggest Advice You Have for Me? (1:51:32) What Do You Think of America Right Now? (1:57:25) Do You Have Any Regrets? Follow Neil: X - https://bit.ly/47m0sAz Instagram - https://bit.ly/48E3kuT  Facebook - https://bit.ly/48VGmiL TikTok - https://bit.ly/46Y1na6 UK - You can pre-order Neil's revised book, ‘Just Visiting This Planet: Merlin Answers More Questions about Everything under the Sun, Moon and Stars', here: https://amzn.to/43cbEhB  US - You can pre-order Neil's revised book, ‘Just Visiting This Planet: Merlin Answers More Questions about Everything under the Sun, Moon and Stars', here: https://amzn.to/3Wxvsbq  The Diary Of A CEO: ◼️Join DOAC circle here - https://doaccircle.com/  ◼️Buy The Diary Of A CEO book here - https://smarturl.it/DOACbook  ◼️The 1% Diary is back - limited time only: https://bit.ly/3YFbJbt  ◼️The Diary Of A CEO Conversation Cards (Second Edition): https://g2ul0.app.link/f31dsUttKKb  ◼️Get email updates - https://bit.ly/diary-of-a-ceo-yt  ◼️Follow Steven - https://g2ul0.app.link/gnGqL4IsKKb  Sponsors: Shopify - https://shopify.com/bartlett                                                      KetoneIQ - Visit https://ketone.com/STEVEN for 30% off your subscription order