First period of the Paleozoic Era, 541-485 million years ago
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Matt Turck (VC at FirstMark) joins the show to break down the most controversial MAD (Machine Learning, AI, and Data) Landscape yet. This year, the team "declared bankruptcy" and cut over 1,000 logos to better reflect the market reality: a "Cambrian explosion" of AI companies and a fierce "struggle and tension between the very large companies and the startups".Matt discusses why incumbents are "absolutely not lazy" , which categories have "largely just gone away" (like Customer Data Platforms and Reverse ETL) , and what new categories (like AI Agents and Local AI) are emerging. We also cover his investment thesis in a world dominated by foundation models, the "very underestimated" European AI scene , and whether an AI could win a Nobel Prize by 2027.https://www.mattturck.com/mad2025
Krunching Gears - The Rally Podcast, 2025 Season, episode 44. William Creighton & Liam Regan, our 2025 British Rally Champions, join us to chat about their BRC campaign and what winning the championship means to them. Max McRae talks to us about his maiden BRC win on the Cambrian Rally and his grandfather Jimmy, his biggest fan, who turned 82 last week. Patrick McHugh tells us about how much he is enjoying his brand new, KGP-powered Darrian T90 GTR+ and competing in the recent Fastnet Stages Rally. Chapters Start 00:00:00 BRC Champions William Creighton & Liam Regan 00:04:50 Cambrian Rally winner Max McRae 00:24:08 Patrick McHugh talks about his Darrian 00:35:00 End 00:51:56
New @greenpillnet / Network Nations pod out today!
Join Ellen & special guest, zoology and science communication powerhouse Lindsay Nikole, for a review of some of the animal kingdom's greatest hits throughout the history of the Earth. We discuss ecological gossip, mass extinctions, the Cambrian explosion and evolution's “experimental” phase, swimming potatoes with googly eyes, giant bugs, bizarre prehistoric sharks, imaginary friend lore, and so much more.Links:Pre-order your copy of Lindsay's book, Epic Earth!Follow Lindsay on Instagram, YouTube, and TikTok!For more information about us & our podcast, head over to our website!Follow Just the Zoo of Us on BlueSky, Facebook, Instagram & Discord!Follow Ellen on BlueSky!
Join Ellen & special guest, zoology and science communication powerhouse Lindsay Nikole, for a review of some of the animal kingdom's greatest hits throughout the history of the Earth. We discuss ecological gossip, mass extinctions, the Cambrian explosion and evolution's “experimental” phase, swimming potatoes with googly eyes, giant bugs, bizarre prehistoric sharks, imaginary friend lore, and so much more.Links:Pre-order your copy of Lindsay's book, Epic Earth!Follow Lindsay on Instagram, YouTube, and TikTok!For more information about us & our podcast, head over to our website!Follow Just the Zoo of Us on BlueSky, Facebook, Instagram & Discord!Follow Ellen on BlueSky!
Stablecoins aren't crypto assets, they're negotiable instruments that banks should process like checks.In this episode of Stabled Up, we sit down with Tony McLaughlin, CEO of Ubyx and former Swift executive, to discuss why the stablecoin supercycle is here, how clearing infrastructure actually works, and why every bank will soon offer a stablecoin wallet.We discuss:- Why private blockchains have failed- The six magic words that will unlock bank adoption- How clearing infrastructure actually works- The coming Cambrian explosion of stablecoins- Why every bank will offer a wallet- CBDCs vs stablecoins: What's the real difference?- Stablecoins as "bundles of joy" for global commerceTimestamps00:00 Intro00:44 From TradFi to Crypto: Tony's Journey06:10 Why Public Blockchains Win08:52 Alvara Ad, Enso Ad, Talus Ad09:24 Ubyx's Infrastructure Solution for Banks14:46 Stablecoins vs Checks: The Perfect Comparison20:53 The Clearing Process Explained Simply24:38 Negotiable Instruments 101: What Banks Actually Understand28:16 Not All Stablecoins Are Created Equal32:57 CBDCs & Tokenized Deposits: The Real Differences35:24 Relay Ad, Hibachi Ad35:57 How Clearing Actually Works Behind the Scenes42:41 Wallets for Every Bank & Every Fintech46:46 Decentralizing the Network: The End GameWebsite: https://therollup.co/Spotify: https://open.spotify.com/show/1P6ZeYd...Podcast: https://therollup.co/category/podcastFollow us on X: https://www.x.com/therollupcoFollow Rob on X: https://www.x.com/robbie_rollupFollow Andy on X: https://www.x.com/ayyyeandyJoin our TG group: https://t.me/+TsM1CRpWFgk1NGZhThe Rollup Disclosures: https://therollup.co/the-rollup-discl
A powerful way to envision our entry into this new phase of evolution and epochal shift is as a fusion process — a merging of the physical realm with a new universal potency that unlocks immense possibilities and profound renewal. Imagine it as an energetic Cambrian release for humanity and the planet. We dive deeper into the mysteries of the epochal shift underway in the latest chapter of the “Current Openings” series with Aviv Shahar and David Price Francis.To better understand what we mean by an epoch, Aviv and David begin with a closer look at the energetic nature of the human and the cosmos. Modern thinking often confines reality to the limits of our biophysical form. However, we recognize an energetic dimension residing within and between all layers of organic, physical existence. Humans can sense and attune to these spiritual or energetic frequencies through finer faculties naturally embedded in our design. The energetic or unseen natures of the human and the planet evolve over time, which can be traced in the evolution of culture throughout history. This perspective reveals epochs as intelligent, purposeful programs of growth and refinement — forward-looking pathways guiding us toward a universal future. Other insights and ponders:The new epoch calls for capacities beyond intellect — faculties essential for deeper integration of human life within the universe.Epochal changes do not arrive all at once. The energetic permission of the past holds initially but breaks down swiftly, giving rise dramatically to the new.By metabolizing new impressions, we activate new capacities and perceptions — a profound act of renewal; an evolutionary process creating something new on the inside.Rather than rejecting the past, we harvest its best elements and respectfully leave behind the rest. We carry forward a tested, validated value system.There is confusion, chaos, and suffering when we're not able to connect with new energetic and spiritual fuel available for healing and development elevation.This conversation is part of the continuing Portals discovery into what is emerging on the frontiers of human experience in this time of profound change. Information about upcoming special events can be found on the Events page. Also visit and subscribe to our YouTube channel. TWEETABLE QUOTES “An epoch is an evolutionary program, a program afforded by the universe and the planet, where humanity can go through specific and necessary development. The idea that the evolutionary process is just a random trial and error makes no sense; it's too brilliantly constructed. And there is clearly an ascending refinement and complexifying vector of life wanting to support higher levels, higher capacities, higher sophistication, higher consciousness.” (Aviv)“This realization that in learning there is renewal. Because what it actually means is that we metabolize new impressions, and those new impressions activate in us new capacities and perceptions. And that, in that itself, is a profound act of renewal. And that therefore, as the epoch shifts and a new energy permission is afforded to human experience and to humanity at large, we are to truly expect that everything around us will continue to change in an intensified manner.” (Aviv) RESOURCES MENTIONED Portals of Perception WebsiteAviv's LinkedIn Aviv's TwitterAviv's WebsiteCurrent Openings #20 – The Epoch Mystery
We've covered AI's massive power appetite in depth over the past year – with good reason. It's the driving force behind much of the change and uncertainty in the energy world right now, from the error bars around our demand for electricity to the lineup of technologies vying to meet that demand. In this episode Shayle talks to his colleague Andy Lubershane, head of research and partner at Energy Impact Partners, about five big questions arising in this uncertain load-growth environment. They cover topics like: The underappreciated factors that could flip the supply crunch to oversupply, like algorithmic efficiency gains, on-device inference, and off-grid data centers The winners of the AI-drive power boom, including utilities and grid equipment suppliers, and the potential losers like industry that relies on cheap power Whether there will be a “Cambrian explosion” or consolidation of nuclear reactors designs The prospects for enhanced geothermal after Fervo's Cape Station comes online The future of grid-enhancing technologies like advanced conductors and dynamic line ratings, and whether they will make it out of “utility pilot hell” Resources: Steel for Fuel: Why does nobody know how much energy AI will consume? Open Circuit: How do we know if we're in an AI bubble? Catalyst: The US nuclear groundswell Catalyst: How geothermal gets built Latitude Media: In Georgia, stakeholders still can't agree on data center load growth numbers Credits: Hosted by Shayle Kann. Produced and edited by Daniel Woldorff. Original music and engineering by Sean Marquand. Stephen Lacey is our executive editor. Catalyst is brought to you by EnergyHub. EnergyHub helps utilities build next-generation virtual power plants that unlock reliable flexibility at every level of the grid. See how EnergyHub helps unlock the power of flexibility at scale, and deliver more value through cross-DER dispatch with their leading Edge DERMS platform, by visiting energyhub.com. Catalyst is brought to you by Bloom Energy. AI data centers can't wait years for grid power—and with Bloom Energy's fuel cells, they don't have to. Bloom Energy delivers affordable, always-on, ultra-reliable onsite power, built for chipmakers, hyperscalers, and data center leaders looking to power their operations at AI speed. Learn more by visiting BloomEnergy.com.
At the Mountains of Madness by HP Lovecraft is Tom's choice this time. Mountains is perhaps the most objective look into Lovecraft's universe of cosmic horror. When an Antarctic expedition from Miskatonic University discovers the remains of a sprawling alien civilization from pre-Cambrian times, what horrors will be unearthed? It's best we hope never to find out!TTYpodcast.comThumbingthroughyesterday.com
Alex Thorn talks with m0 CEO and Co-Founder Luca Prosperi about lessons from last week's flash crash, the GENIUS Act, corporate stablecoin chains, and winners and losers in the forthcoming stablecoin explosion. Alex also talks with Beimnet Abebe (Galaxy Trading) about markets, rare earth metals, and the Fed's admission that quantitative tightening is coming to an end. This episode was recorded on Thursday, October 15, 2025. Galaxy Digital holds a financial interest in companies included in this content, including M0. Galaxy Digital also provides services to vehicles that invest in these companies. If the value of such assets increases, those vehicles may benefit, and Galaxy Digital's service fees may increase accordingly. Disclaimer: https://www.galaxy.app/legal/social-legal-disclaimer ++ Follow us on Twitter, @glxyresearch, and read our research at www.galaxy.com/research/ to learn more! This podcast, and the information contained herein, has been provided to you by Galaxy Digital Holdings LP and its affiliates (“Galaxy Digital”) solely for informational purposes. View the full disclaimer at www.galaxy.com/disclaimer-galaxy-brains-podcast/
In this engaging conversation, Rachel Ignotofski discusses her new book Dinosaurs, exploring the fascination with these ancient creatures, the impact of mass extinctions, and the evolution of life on Earth. She highlights the importance of paleontology, the legacy of Mary Anning, and the artistic choices made in illustrating the book. The discussion also touches on the audience for the book, quirky anecdotes from paleontological history, and the significance of understanding deep time in relation to our current ecosystem.AD| To sign up for The Curiousity Box go to http://curiositybox.com/BreakingMath and get 25% off your first box with breakmath25Takeaways Most of us fall in love with dinosaurs around the age of six. Dinosaurs and birds evolved together, sharing the Earth. There have been five major mass extinctions in Earth's history. Nature always bounces back after mass extinctions. Paleontology is constantly evolving with new discoveries. Mary Anning was a pioneer in paleontology, often overlooked. Dinosaurs were not just big lizards; they were diverse and complex. The Cambrian explosion marked a significant evolutionary milestone.Chapters 00:00 The Fascination with Dinosaurs 03:42 Mass Extinctions and Geological Time 06:16 Paleontology and Misconceptions 09:08 Mary Anning: The Mother of Paleontology 11:53 Evolution of Dinosaurs and Marine Reptiles 13:06 The Evolution of Whales 13:42 The Cambrian Explosion and Ancient Creatures 16:12 Favorite Time Periods in Prehistory 18:48 The Book's Audience and Its Appeal 19:03 Anecdotes from the Fossil World 21:53 Art and Illustrations in Science 26:11 The Vastness of Earth History 28:21 Upcoming Events and Future ProjectsFollow Rachel Ignotofsky on Twitter, Instagram, Website, and find her new book here.Subscribe to Breaking Math wherever you get your podcasts.Follow Breaking Math on Twitter, Instagram, LinkedIn, Website, YouTube, TikTokFollow Autumn on Twitter, BlueSky, and InstagramBecome a guest hereemail: breakingmathpodcast@gmail.com
In this episode, Jiří Žák describes the two main orogenies whose remnants figure prominently in central European geology: the Cadomian orogeny that lasted from the late Neoproterozoic to the early Cambrian (c. 700 Ma to c. 425 Ma) and the Variscan orogeny that occurred in the late Paleozoic (c. 380 Ma to 280 Ma). The Cadomian took place on the northern margins of Gondwana, only later to rift and travel north to form what was to become Europe. The Variscan was caused by the collision of Gondwana with Laurussia in the final stages of the assembly of the supercontinent Pangea. Both orogenies have been heavily eroded, and we see their imprint in the form of metamorphic rocks, volcanic rocks, granites, and deformation structures. These are scattered across Europe, from southern Britain to eastern Europe.Žák has been studying the geology of central Europe for over 25 years using methods ranging from structural studies in the field to detrital zircon geochronology. He is a Professor in the Institute of Geology and Paleontology at Charles University in Prague.
HEADLINE: Cambrian Explosion, Apex Predators, and the Morphological Mysteries of the Ediacaran BOOK TITLE: Other Lands GUEST AUTHOR NAME: Thomas Halliday 200-WORD SUMMARY: This final segment explores the deep past, focusing on the Cambrian and Ediacaran periods. The Cambrian (520 million years ago) is known as the Cambrian Explosion, where representatives of all modern phyla (body plans) emerged, including early vertebrates. Sites like Chengjiang, China, illustrate this diversification. The apex predator of this era was Omnidens, a six-foot-long, many-legged arthropod that fed using a circular, spined mouth array. The emergence of predation fundamentally altered evolution, driving the development of armor, hard teeth, and the origin of eyes. Prior to the Cambrian was the Ediacaran (550 million years ago). Ediacaran organisms, which existed in a relatively peaceful pre-Cambrian world, were morphologically distinct from later life. Examples include the spiral-shaped Eoandromeda. The sea floor during this time was stabilized by microbial mats. Though life was bizarre, scientists are confident in classifying early life forms; for example, organisms like Dickinsonia are confirmed animals based on unique chemical markers such as cholesterol. Living Stromatolites (mounds of microbes) that persist today also existed during this time.
The AI Breakdown: Daily Artificial Intelligence News and Discussions
On this episode, NLW goes deep on OpenAI's release of Sora 2—its next-generation video generation model—and the launch of the new Sora social app, which some are calling an AI-powered TikTok. Is this the beginning of a Cambrian explosion of creativity, or just the next wave of AI brain rot? The show explores what makes Sora 2 different, how the cameo feature could reshape social media, the early cultural backlash, and what this moment says about society's growing rebellion against attention-draining digital platforms.
The gang discusses two papers that deal with fossil brains. The first paper looks at a fossil arthropod from the Cambrian and uses neurological characters to determine its phylogenetic placement. The second paper looks at a synapsid braincase and tries to infer why this one species has lost its parietal eye when other members of the species have he eye. Meanwhile, Curt invents some new sponsors, Amanda has plans for James, and James discusses some personal growth. Up-Goer Five (Curt Edition) The friends talk about two papers that look at very old brains in animals that are long gone. The first paper is the brain of animal from a very long time ago that would grow by taking off its skin when it needs to get bigger and is made of many small bits stuck together. This animal was really weird for a long time, but the people who wrote this paper found one of them that had its brains still in it. They looked at the brains and they looked at the brains of other animals from the past and animals around today and they saw that this brain looked a lot like the brains of a group around today that some of the animals make things to catch food and live in out of their bottom. So the people who wrote the paper say this could mean that is maybe a very very very old animal from that group or close to it. The second paper looks at the hard bits that hold the brain in for an animal that is close to the animals today that have hair and are warm. This animal may not have had hair and may not have been warm, but what the people who wrote the paper are looking at is the spaces in the hard bits that hold the brain. In animals that do not have hair and are cold, there is a space at the top of the head for an eye that can see light and dark. In animals that are warm, they lose this eye. The old animal they are looking at has some animals in the group that have that eye who live in cold places. The animal they are looking at does not have this eye, and so the question is why? They look at everything and they think that it is because the animal without the eye lives in places that are always warm and where day and night don't change that much. This would mean they would not need this light dark eye as much. References: Strausfeld, Nicholas J., David R. Andrew, and Frank Hirth. "Cambrian origin of the arachnid brain." Current Biology 35.15 (2025): 3777-3785. Benoit, Julien, and Jaganmoy Jodder. "The palaeoneurology of a new specimen of the Middle Triassic dicynodont synapsid Kombuisia frerensis." Acta Palaeontologica Polonica 70.2 (2025): 369-374.
Scott Melker helps viewers understand stablecoins, their uses, and why it's “more of a tool” than an investment. Fully backed stablecoins like Tether have the most demand, but there are other “styles” of stablecoins that may come with more risk. Scott discusses the GENIUS act creating a “Cambrian explosion” within crypto and its implications for the stablecoin sector. He also explains some of the intricacies of stablecoins, including how they are often backed by U.S. Treasuries, and how that system works.======== Schwab Network ========Empowering every investor and trader, every market day. Subscribe to the Market Minute newsletter - https://schwabnetwork.com/subscribeDownload the iOS app - https://apps.apple.com/us/app/schwab-network/id1460719185Download the Amazon Fire Tv App - https://www.amazon.com/TD-Ameritrade-Network/dp/B07KRD76C7Watch on Sling - https://watch.sling.com/1/asset/191928615bd8d47686f94682aefaa007/watchWatch on Vizio - https://www.vizio.com/en/watchfreeplus-exploreWatch on DistroTV - https://www.distro.tv/live/schwab-network/Follow us on X – https://twitter.com/schwabnetworkFollow us on Facebook – https://www.facebook.com/schwabnetworkFollow us on LinkedIn - https://www.linkedin.com/company/schwab-network/ About Schwab Network - https://schwabnetwork.com/about
7BC's Fund of Funds + Cherry-Pick Direct VC Strategy (and why now) + Invitation to 7BC VC-LP-Startup EventsLearn how 7BC combines a Fund of Funds (FoF) with a Cherry Pick Direct VC strategy to back top-decile managers and invest directly in their best companies—unlocking liquidity with secondaries so VCs can return cash to LPs faster.What you'll learn• Why FoF + Direct VC now• The best VCs from the '70s–'90s scaled 10x–30x and became mega funds doing late growth rounds near exit prices. Returns are more compressed and take longer to realize.• The Cambrian explosion of VC funds: Alumni from OpenAI, Palantir, Google and countless exited founders have launched funds. NYC went from 50 VCs fifteen years ago to 1,200+; Silicon Valley has thousands. It's now impossible to track managers and deals without serious AI and dedicated resources.• How 7BC Capital (FoF) invests: We often join final closes of top emerging managers after TVPI is already up, making our commitment worth appromimately 1.2x–2.5x on day one. For established, top-decile sub-$250m funds, we work hard to access first or second closes when final closes are shut.• How 7BC Venture Capital (Direct VC) invests: We fund primaries and buy secondaries—typically preferred shares in the best five companies inside a VC's portfolio—so that manager can deliver DPI to LPs ahead of their next raise. This directly addresses the VC–LP–startup liquidity crunch.• Our AI edge: 7BC uses AI to map and monitor thousands of VC funds and tens of thousands of startups, surfacing the right managers, the right companies, and the right secondary windows.Get in touch & apply for events• Contact us to attend our 10-20 person VIP dinners the day before or after our larger Global VC Demo Day events: https://www.7bc.vc/contact• Apply to attend upcoming events: https://lu.ma/user/usr-8Y0b18KjVLZhAPmUpcoming in-person events
In this conversation, John is joined by Dr. Stephen Meyer who articulates the scientific foundation that supports intelligent design, arguing that the universe's fine-tuning and the digital code in DNA point to a purposeful intelligence. He challenges materialistic assumptions, urging a re-evaluation of life's origins through rigorous scientific reasoning.Stephen analyses the shortcomings of evolutionary theory, explores the Cambrian explosion, and addresses the problem of evil, offering a rational case for theism grounded in modern scientific discoveries.Stephen C. Meyer, PhD, is a philosopher of science, the director of the Center for Science and Culture at the Discovery Institute, and the author of several books, including "Darwin's Doubt: The Explosive Origin of Animal Life and the Case for Intelligent Design," and "The Return of the God Hypothesis." Download his free mini-book "Scientific Evidence For A Creator" at https://www.discovery.org/m/securepdfs/2021/12/Meyer-SciEvidforCreatorsm2.pdf If you value this discussion and want to see more like it, make sure you subscribe to the channel here: https://www.youtube.com/channel/UCtnYSEGViOnb7k8ezUaWUww?sub_confirmation=1And stay right up to date with all the conversations by subscribing to the newsletter here: https://johnanderson.net.au/contact/Follow John on X: https://x.com/JohnAndersonACFollow John on Facebook: https://www.facebook.com/johnandersonacFollow John on Instagram: https://www.instagram.com/johnandersonac/Support the channel: https://johnanderson.net.au/support/Website: https://johnanderson.net.au/Podcast: https://open.spotify.com/show/6Qh2fEsC7nEVxXxQzwTv54
What's it like to live in Blossom Valley, San Jose, California?In this series, we explore the most desirable communities across the Bay Area — giving you an insider's look at where locals live, work, and play. Whether you're relocating, investing, or just exploring your options, this is the BEST vlog series for understanding the lifestyle, real estate, and amenities in top Bay Area neighborhoods.This week, we're heading to Blossom Valley — one of San Jose's most underrated neighborhoods for starter single-family homes. With tree-lined streets, abundant parks, and shopping just minutes away, Blossom Valley delivers suburban comfort without losing connection to the heart of Silicon Valley. Affordable by San Jose standards and rich in community spirit, it's a hidden gem worth exploring.
Determining the origin of teeth in vertebrates is an incredibly significant but notoriously difficult problem within palaeontology. Teeth didn't evolve in the mouths of our ancestors, but are first seen as part of the external skeletons of jawless fish as structures called ‘odontodes'. These would later migrate into the mouth with the evolution of jaws, becoming the teeth we have today, but odontodes still remain present in the skin of modern cartilaginous fish, giving them their rough texture. The oldest known odontodes are from the late Cambrian Period and represent the very first evidence for vertebrates in the fossil record. Unfortunately, they are only ever found as part of fragmentary pieces of exoskeleton, however, given that their specific construction is only known in vertebrates, there is little else they could possibly be… Joining us for this episode is Dr Yara Haridy, University of Chicago, who set out to use modern new scanning techniques to better understand the nature of these first teeth and what they tell us about the evolution of vertebrates. What she discovered was unexpected, but also led to better understanding of the purpose of odontodes in the dermal exoskeletons of our ancestors.
On today's Bible Answer Man broadcast (08/13/25), we pick up where we ended on our previous broadcast and present more of an episode of the Hank Unplugged podcast. Hank is talking with Dr. Paul Gould, associate professor of philosophy at Palm Beach Atlantic University and author of A Good and True Story: Eleven Clues to Understanding Our Universe and Your Place in It. Hank and Paul discuss if the immensity of the universe should inspire belief in God, the nature of life, how we know that life is valuable, how the Cambrian explosion uprooted Darwin's Tree of Life, the current revolutions and shifts in evolutionary theory, if the modern world suffers from a nature deficit, if materialism can account for consciousness, and what best explains morality.
In this episode of the Venture Capital Podcast, host Peter Harris sits down with Rex Salisbury, solo GP of Cambrian and former fintech partner at Andreessen Horowitz, for an in-depth conversation about the ongoing transformation of financial services. Rex shares his unique journey from investment banking to leading one of fintech's most dynamic pre-seed and seed funds, explaining how decades of inefficiency in banking have finally given way to a wave of disruptive innovation.The discussion explores recent shifts in the fintech landscape, highlighting how new fintech companies, once dismissed as serving only niche or low-value customers, are now directly competing with and winning market share from the largest legacy banks. Rex points to the rise of digital-first platforms like Robinhood and Wealthfront, which started by serving overlooked users but have evolved into sophisticated competitors for the millennial and Gen Z wealth transfer.Peter and Rex examine why B2B fintech is an especially powerful force, with vertical software companies like Toast integrating lending, payroll, and banking into a single platform that businesses can't imagine leaving for traditional banks. Rex also tackles the myth of banks' cost-of-capital advantage, arguing that technology and changing consumer expectations are steadily eroding long-held bank moats.Beyond consumer trends, the episode ventures into the investment landscape, with Rex sharing lessons from recent Cambrian investments, such as companies revolutionizing transfer agents and simplifying business shutdowns. The conversation also addresses the role of crypto and stablecoins in reshaping payment and banking infrastructure, where Rex differentiates between international and U.S. use cases but remains optimistic about crypto's role as a catalyst for industry change.Rex closes with actionable advice for aspiring founders and operators: seek out dense talent networks, work in growth-stage companies, and always surround yourself with people who teach you. The episode captures the underlying message that, as technology, business models, and capital flows shift, fintech is only just beginning to threaten incumbents and capture its share of the financial future.Follow the PodcastInstagram: https://www.instagram.com/venturecapitalfm/Twitter: https://twitter.com/vcpodcastfmLinkedIn: https://www.linkedin.com/company/venturecapitalfm/Spotify: https://open.spotify.com/show/7BQimY8NJ6cr617lqtRr7N?si=ftylo2qHQiCgmT9dfloD_g&nd=1&dlsi=7b868f1b72094351Apple: https://podcasts.apple.com/us/podcast/venture-capital/id1575351789Website: https://www.venturecapital.fm/Follow Jon BradshawLinkedIn: https://www.linkedin.com/in/mrbradshaw/Instagram: https://www.instagram.com/mrjonbradshaw/Twitter: https://twitter.com/mrjonbradshawFollow Peter HarrisLinkedIn: https://www.linkedin.com/in/peterharris1Twitter: https://twitter.com/thevcstudentInstagram: https://instagram.com/shodanpeteYoutube: https://www.youtube.com/@peterharris2812
Discover how one grape tells two stories. Rhône Valley Syrah meets Heathcote Shiraz in a tasting that uncorks terroir, trends, and label politics. Syrah and Shiraz share identical genetics yet walk very different cultural paths. In this episode of Got Somme, we taste benchmark bottles from France’s Rhône Valley alongside Heathcote, Victoria, to reveal how soil, climate, and marketing shape each wine’s personality. You'll learn why cooler-climate Australian producers are embracing the term “Syrah", how Cambrian soil defines Heathcote Shiraz, and what these trends mean for Australia’s export future. We alos want to know your thoughts on what defines labelling Syrah on Australian bottles? Sponsors: RIEDEL Wine Glasses: RIEDEL Superleggero Hermitage/Syrah https://www.riedel.com/en-au/shop/riedel-superleggero-premium/hermitage-syrah-642500041 Grays.com Buy the wine, drink the wine where we get ours: https://www.grays.com/search/wine Socials: TikTok: https://www.tiktok.com/@gotsommepodcast Instagram: https://www.instagram.com/gotsomme Key Takeaways One grape, two personas: “Syrah” signals elegance while “Shiraz” hints at bold generosity. Labels guide perception: Name choice influences consumer expectations before the first sip. Terroir tells the truth: Rhône delivers peppery finesse, Heathcote offers mineral-driven power. Trends are cyclical: Market demand swings between delicate and full-bodied styles. Blind tasting wins: Remove the label and let origin and craftsmanship speak louder. Chapters 00:00 The Syrah vs Shiraz Debate 02:50 French Style Deep-Dive 06:03 Rhône vs Heathcote Tasting Notes 08:55 Shiraz’s Evolution in Australia 11:38 Reading the Label: Syrah or Shiraz 14:38 Looking Ahead: Future of Australian Shiraz This podcast proudly presented by Grays.com: https://www.grays.com/search/wine-and-more?tab=itemsSee omnystudio.com/listener for privacy information.
It's Invertebrate August! These creatures are the most invertebrate-y of all! Further reading: Dubious Diskagma Horodyskia is among the oldest multicellular macroorganisms, finds study A painting of diskagma, taken from the top link above: Little brown jug flowers (not related to diskagma in any way!): Show transcript: Welcome to Strange Animals Podcast. I'm your host, Kate Shaw. This episode started out as the March 2025 Patreon episode, but there was more I wanted to add to it that I didn't have time to cover in that one. Here's the expanded version to kick off Invertebrate August, which also happens to be episode 444 and releasing on August 4th! It's about two mystery fossils. The first is named Diskagma, which means disc-shaped fragment, and it was only described in 2013. That's partly because it's so small, barely two millimeters long at most, and partly because of where it's found. That would be fossilized in extremely old rocks. When I saw the illustration accompanying the blog post where I learned about Diskagma, I thought it was a cluster of cup-like flowers, sort of like the flowers of the plant called little brown jug. I was ready to send the link to Meredith Hemphill of the Herbarium of the Bizarre podcast, which by the way you should be listening to. But then I saw how old Diskagma is. It's been dated to 2.2 billion years old. That's older than any plant, probably by as much as a billion years. Even more astounding, it lived on land. As a reminder, the Cambrian explosion took place about half a billion years ago, when tiny marine animals diversified rapidly to fill new ecological niches. That happened in the water, though, mainly in shallow, warm oceans. If you go back to around 850 million years ago, that may have been roughly the time that land plants evolved from green algae that lived in fresh water. Plant-like algae, or possibly algae-like plants, might be as old as 1 billion years old. But before then, scientists don't find evidence of anything except microbes living on land, and they were probably restricted to lakes and other bodies of fresh water. That's because there wasn't much soil, just broken-up rock that contained very few nutrients and couldn't retain much water. Diskagma was shaped like a tiny elongated cup, or an urn or vase, with what looks like a stem on one end and what looks like an opening at the other end. The opening contained structures that look like little filaments, but the filaments didn't fill the whole cup. Most of the cup was diskagma's body, so to speak, although we don't know what it contained. We also don't know what the filaments were for. We do know that the stem actually did connect diskagma to other cups, so that they lived in little groups. We don't know if it was a single animal with multiple cuplike structures or if it was a colony, or really anything. That's the problem. We don't know anything about diskagma except that it existed, and that it lived on land 2.2 billion years ago. Tiny as it was, though, it wasn't microscopic, and it definitely appears more complex than would be expected that long ago, especially from something living on dry land. One suggestion is that the main part of its body contained a symbiotic bacteria that could convert chemicals to nutrients. As in many modern animals, especially extremophiles, the bacteria would have had a safe place to live and the diskagma would have had nutrients that allowed it to live without needing to eat. Diskagma lived at an interesting time in the earth's history, called the great oxygenation event, also called the great oxidation event. We talked about it in episode 341 in conjunction with cyanobacteria, because cyanobacteria basically started the great oxygenation event. Cyanobacteria are still around, by the way, and are doing just fine. They're usually called blue-green algae even though they're not actually algae. Cyanobacteria photosynthesize,
Determining the origin of teeth in vertebrates is an incredibly significant but notoriously difficult problem within palaeontology. Teeth didn't evolve in the mouths of our ancestors, but are first seen as part of the external skeletons of jawless fish as structures called 'odontodes'. These would later migrate into the mouth with the evolution of jaws, becoming the teeth we have today, but odontodes still remain present in the skin of modern cartilaginous fish, giving them their rough texture. The oldest known odontodes are from the late Cambrian Period and represent the very first evidence for vertebrates in the fossil record. Unfortunately, they are only ever found as part of fragmentary pieces of exoskeleton, however, given that their specific construction is only known in vertebrates, there is little else they could possibly be... Joining us for this episode is Dr Yara Haridy, University of Chicago, who set out to use modern new scanning techniques to better understand the nature of these first teeth and what they tell us about the evolution of vertebrates. What she discovered was unexpected, but also led to better understanding of the purpose of odontodes in the dermal exoskeletons of our ancestors. Her research was recently published in Nature and is free to access.
Ben Shapiro, Dr. Stephen Meyer. Why Science Still Needs God. ACU Saturday Series. Why Science Still Needs God. Dr. Stephen Meyer x Ben Shapiro Darwinian evolution is often used to dismiss belief in God, but what if the science tells a different story? In this interview, Dr. Stephen Meyer Cambridge PhD and author of Darwin's Doubt—joins Ben Shapiro to explain why the standard evolutionary narrative falls short. From the sudden explosion of life in the Cambrian period to the discovery of digital code in DNA, Meyer reveals how science increasingly points toward purpose, not chance. Watch this video at- https://youtu.be/BgRtIbrMUQM?si=B50vJ0y_JHrLoq6_ Stephen Meyer 56.2K subscribers 3,809 views Jul 18, 2025 ====================================================== Are you interested in the origins of life and the universe? Get this free book and explore the debate between Darwinian evolution and intelligent design. If you're intrigued by the origins of life, this is a must-read. It might change the way you view our world. As a special gift Dr. Meyer would like you to download his 32-page mini-book Scientific Evidence for a Creator for FREE: https://evolutionnews.org/_/sefac This is the official Youtube page of Dr. Stephen C. Meyer, director of Discovery Institute's Center for Science & Culture. Meyer received his Ph.D. in the philosophy of science from the University of Cambridge. His latest book is Return of the God Hypothesis: Three Scientific Discoveries that Reveal the Mind Behind the Universe. He is also the author of The New York Times best selling book Darwin's Doubt: The Explosive Origin of Animal Life and the case for Intelligent Design (HarperOne, 2013), and Signature In The Cell: DNA and the Evidence for Intelligent Design (2009). For more information about Dr. Meyer, his research, and his books visit https://stephencmeyer.org/. The Center for Science & Culture is the institutional hub for scientists, educators, and inquiring minds who think that nature supplies compelling evidence of intelligent design. The CSC supports research, sponsors educational programs, defends free speech, and produce articles, books, and multimedia content. Visit other YouTube channels connected to the Center for Science & Culture Discovery Institute: / discoveryinstitute Discovery Science Channel: / @discoverysciencechannel Follow Dr. Meyer on social media: X: @StephenCMeyer / stephencmeyer Facebook: / drstephencmeyer / discoverycsc Instagram discoverycsc / discoverycsc Tik Tok discoverycsc / discoverycsc
Spurred by the performance of its first fund, Cambrian Ventures' $20 million second fund will continue the firm's thesis of focusing on fintech startups. Learn more about your ad choices. Visit podcastchoices.com/adchoices
Thanks to Micah for suggesting this week's topic, the trilobite! Further reading: The Largest Trilobites Stunning 3D images show anatomy of 500 million-year-old Cambrian trilobites entombed in volcanic ash Strange Symmetries #06: Trilobite Tridents Trilobite Ventral Structures A typical trilobite: Isotelus rex, the largest trilobite ever found [photo from the first link above]: Walliserops showing off its trident [picture by TheFossilTrade - Own work, CC BY-SA 4.0, https://commons.wikimedia.org/w/index.php?curid=133758014]: Another Walliserops individual with four prongs on its trident [photo by Daderot, CC0, via Wikimedia Commons]: Show transcript: Welcome to Strange Animals Podcast. I'm your host, Kate Shaw. This week we're going to learn about an ancient animal that was incredibly successful for millions of years, until it wasn't. It's a topic suggested by Micah: the trilobite. Trilobites first appear in the fossil record in the Cambrian, about 520 million years ago. They evolved separately from other arthropods so early and left no living descendants, that they're not actually very closely related to any animals alive today. They were arthropods, though, so they're distantly related to all other arthropods, including insects, spiders, and crustaceans. The word trilobite means “three lobes,” which describes its basic appearance. It had a head shield, often with elaborate spikes depending on the species, and a little tail shield. In between, its body was segmented like a pillbug's or an armadillo's, so that it could flex without cracking its exoskeleton. Its body was also divided into three lobes running from head to tail. Its head and tail were usually rounded so that the entire animal was roughly shaped like an oval, with the head part of the oval larger than the tail part. It had legs underneath that it used to crawl around on the sea floor, burrow into sand and mud, and swim. Some species could even roll up into a ball to protect its legs and softer underside, just like a pillbug. Because trilobites existed for at least 270 million years, there were a lot of species. Scientists have identified about 22,000 different species so far, and there were undoubtedly thousands more that we don't know about yet. Most are about the size of a big stag beetle although some were tinier. The largest trilobite found so far lived in what is now North America, and it grew over two feet long, or more than 70 centimeters, and was 15 inches wide, or 40 cm. It's named Isotelus rex. I. rex had 26 pairs of legs, possibly more, and prominent eyes on the head shield. Scientists think it lived in warm, shallow ocean water like most other trilobites did, where it burrowed in the bottom and ate small animals like worms. There were probably other species of trilobite that were even bigger, we just haven't found specimens yet that are more than fragments. Because trilobites molted their exoskeletons the way modern crustaceans and other animals still do, we have a whole lot of fossilized exoskeletons. Fossilized legs, antennae, and other body parts are much rarer, and preserved soft body parts are the rarest of all. We know that some trilobite species had gills on the legs, some had hairlike structures on the legs, and many had compound eyes. A specimen with preserved eggs inside was also found recently. Some incredibly detailed trilobite fossils have been found in Morocco, including details like the mouth and digestive tract. The detail comes from volcanic ash that fell into shallow coastal water around half a billion years ago. The water cooled the ash enough that when it fell onto the trilobites living in the water, it didn't burn them. It did suffocate them, though, since so much ash fell that the ocean was more ash than water. The ash was soft and as fine as powder, and it covered the trilobites and protected their bodies from potential damage, while also preserving the body details as they fos...
In this thought-provoking keynote recording, Manjari Narayan takes us on a journey through one of the most pressing and promising intersections in modern science: the convergence of artificial intelligence, statistics, and biotechnology. Drawing on her extensive experience in both academia and biotech startups, Manjari explores the critical role statisticians can play in AI-driven drug discovery, biomarker validation, and experimental design. We are living in a "Cambrian explosion" of biotechnology, where high-throughput experiments, protein engineering, humanized models, and AI-powered screening open massive opportunities—but also introduce challenges in scientific validity, reproducibility, and decision-making. Through personal vignettes and cutting-edge examples, Manjari lays out how statistical thinking can (and should) drive better outcomes in early-stage drug development, biomarker discovery, and translational model evaluation. This episode is a must-listen for statisticians, data scientists, and healthcare innovators navigating the rapidly evolving biotech and AI startup landscape.
We are living through a Cambrian explosion of new tools, powered by generative AI. It can be tough to wade through the sea of options in front of us, and find platforms that actually help us in our workflow instead of being a distraction. That's why it was so refreshing to discover the tool Capsule a little over a year ago. We use it to create motion graphics and short videos for Design Better, and the experience is a thousand times easier and more rewarding that using arcane tools like After Effects. Today we're chatting with Champ Bennett, CEO and co-founder of Capsule. We talk with him about his entrepreneurial journey, what motion design systems are and how they fit into more general design systems, and how motion design fits into branding. This is a sponsored bonus episode that we're excited to share, as Capsule is a tool that we love. They believe that video storytelling should be easy and scalable, and if your team is hoping to create more video their platform is the place to go. If you're interested in open design roles or in building a motion design system for your enterprise team, you can learn more at capsule.video Bio Champ Bennett is the co-founder and CEO of Capsule—an AI-powered video editing tool that helps enterprise content and marketing teams create more videos while staying on brand. His background is as a software engineer, designer and musician. After running a product agency for 4 years, Champ pursued a decade-long journey as a 3x startup founder focused on creative technology. Fascinated by creative tools since he was a child, Champ believes there's never been a better time to be building creative tools than now. Through Capsule, he is showing the world how AI can be practically applied to augment human ability rather than replace it — solving real world challenges in creative workflows. Capsule raised $7.75M after a product demo went viral on Twitter, recently raised a $12M Series A round, and is working with some of the world's leading B2B brands to help democratize video creation in their organizations.
What's it like to live in one of the calmest, friendliest, and most community-oriented neighborhoods in all of San Jose?In this series, we take you through the best Bay Area neighborhoods — so you can experience what it's really like to live like a local. Whether you're relocating, investing, or just exploring new areas, this is the BEST vlog series to help you find the right community for your lifestyle!
Why is a mildly successful Water Tech company valued at almost twice the S&P500 M&A average? And how is that link to Private Equity's appetite for water companies? Let's find out!More #water insights? Connect with me on Linkedin: https://www.linkedin.com/in/antoinewalter1/
Chimpanzees use medicinal plants for first aid and hygieneResearchers have observed wild chimpanzees seeking out particular plants, including ones known to have medicinal value, and using them to treat wounds on themselves and others. They also used plants to clean themselves after sex and defecation. Elodie Freymann from Oxford University lived with the chimpanzees in Uganda over eight months and published this research in the journal Frontiers in Ecology and Evolution.Why this evolutionary dead end makes understanding extinction even more difficult540 million years ago, there was an explosion of animal diversity called the Cambrian explosion, when nature experimented with, and winnowed many animal forms into just a few. A new discovery of one of the unlucky ones that didn't make it has deepened the mystery of why some went extinct, because despite its strangeness, it shows adaptations common to many of the survivors. Joseph Moysiuk, curator of paleontology and geology at the Manitoba Museum helped identify the fossil, and published on it in Royal Society Open Science A quantum computer demonstrates its worth by solving an impossible puzzleImagine taking a sudoku puzzle, handing bits of it to several people, putting them in separate rooms, and asking them to solve the puzzle. A quantum computer using the weird phenomenon of “entanglement” was able to do something analogous to this, which serves as evidence that it really is exploiting quantum strangeness, and could be used for more practical purposes. David Stephen, a physicist at the quantum computing company Quantinuum, and colleagues from the University of Boulder published on this finding in Physical Review Letters.Roadkill shows that most mammals have fluorescent furA researcher who used a range of mammal and marsupial animals killed by vehicles, has demonstrated that the fur of many of these animals exhibit biofluorescence – the ability to absorb light and re-emit it in different wavelengths. They were able to identify some of the fluorescent chemicals, but don't know why these animals would glow like this. Zoologist Linda Reinhold observed bright colours such as yellow, blue, green and pink on Australian animals like the bandicoot, wallaby, tree-kangaroo, possums and quolls. Their research was published in the journal PLOS One.Science suggests humans are not built for the information ageWe are living in the age of information. In fact, we're drowning in it. Modern technology has put vast amounts of information at our fingertips, and it turns out that science is showing that humans just aren't that good at processing all that data, making us vulnerable to bias, misinformation and manipulation.Producer Amanda Buckiewicz spoke to:Friedrich Götz, an Assistant Professor of Psychology at the University of British Columbia.Vasileia Karasavva, a PhD student in the Department of Psychology at the University of British Columbia.Timothy Caulfield, professor in the Faculty of Law and the School of Public Health at the University of Alberta, and was the Canada Research Chair in Health Law and Policy from 2002 - 2023.Eugina Leung, an assistant professor of marketing at the A.B. Freeman School of Business at Tulane University.Jonathan Kimmelman, a medical ethicist based at McGill University.
Paul Hoffman is the 2024 Kyoto Prize Laureate in Basic Sciences. He is an adjunct professor at the University of Victoria, has conducted groundbreaking research in the “Snowball Earth” (global freezing) hypothesis and plate tectonics occurring in the first half of the Earth's 4.6-billion-year history. After earning his doctorate from Johns Hopkins University, Hoffman served the Geological Survey of his native Canada for 24 years followed by teaching at Harvard University and conducting related research in Sub-Saharan Africa. He has geologically demonstrated the occurrence of the postulated global freeze, so-called “Snowball Earth,” which drove the rapid diversification of animals in the Cambrian period approximately 520 million years ago. Series: "Kyoto Prize Symposium" [Science] [Show ID: 39991]
Paul Hoffman is the 2024 Kyoto Prize Laureate in Basic Sciences. He is an adjunct professor at the University of Victoria, has conducted groundbreaking research in the “Snowball Earth” (global freezing) hypothesis and plate tectonics occurring in the first half of the Earth's 4.6-billion-year history. After earning his doctorate from Johns Hopkins University, Hoffman served the Geological Survey of his native Canada for 24 years followed by teaching at Harvard University and conducting related research in Sub-Saharan Africa. He has geologically demonstrated the occurrence of the postulated global freeze, so-called “Snowball Earth,” which drove the rapid diversification of animals in the Cambrian period approximately 520 million years ago. Series: "Kyoto Prize Symposium" [Science] [Show ID: 39991]
Listen in as Real Science Radio host Fred Williams and co-host Doug McBurney review and update some of Bob Enyart's legendary list of not so old things! From Darwin's Finches to opals forming in months to man's genetic diversity in 200 generations, to carbon 14 everywhere it's not supposed to be (including in diamonds and dinosaur bones!), scientific observations simply defy the claim that the earth is billions of years old. Real science demands the dismissal of the alleged million and billion year ages asserted by the ungodly and the foolish. * Finches Adapt in 17 Years, Not 2.3 Million: Charles Darwin's finches are claimed to have taken 2,300,000 years to diversify from an initial species blown onto the Galapagos Islands. Yet individuals from a single finch species on a U.S. Bird Reservation in the Pacific were introduced to a group of small islands 300 miles away and in at most 17 years, like Darwin's finches, they had diversified their beaks, related muscles, and behavior to fill various ecological niches. Hear about this also at rsr.org/spetner. * Finches Speciate in Two Generations vs Two Million Years for Darwin's Birds? Darwin's finches on the Galapagos Islands are said to have diversified into 14 species over a period of two million years. But in 2017 the journal Science reported a newcomer to the Island which within two generations spawned a reproductively isolated new species. In another instance as documented by Lee Spetner, a hundred birds of the same finch species introduced to an island cluster a 1,000 kilometers from Galapagos diversified into species with the typical variations in beak sizes, etc. "If this diversification occurred in less than seventeen years," Dr. Spetner asks, "why did Darwin's Galapagos finches [as claimed by evolutionists] have to take two million years?" * Opals Can Form in "A Few Months" And Don't Need 100,000 Years: A leading authority on opals, Allan W. Eckert, observed that, "scientific papers and textbooks have told that the process of opal formation requires tens of thousands of years, perhaps hundreds of thousands... Not true." A 2011 peer-reviewed paper in a geology journal from Australia, where almost all the world's opal is found, reported on the: "new timetable for opal formation involving weeks to a few months and not the hundreds of thousands of years envisaged by the conventional weathering model." (And apparently, per a 2019 report from Entomology Today, opals can even form around insects!) More knowledgeable scientists resist the uncritical, group-think insistence on false super-slow formation rates (as also for manganese nodules, gold veins, stone, petroleum, canyons and gullies, and even guts, all below). Regarding opals, Darwinian bias led geologists to long ignore possible quick action, as from microbes, as a possible explanation for these mineraloids. For both in nature and in the lab, opals form rapidly, not even in 10,000 years, but in weeks. See this also from creationists by a geologist, a paleobiochemist, and a nuclear chemist. * Blue Eyes Originated Not So Long Ago: Not a million years ago, nor a hundred thousand years ago, but based on a peer-reviewed paper in Human Genetics, a press release at Science Daily reports that, "research shows that people with blue eyes have a single, common ancestor. A team at the University of Copenhagen have tracked down a genetic mutation which took place 6-10,000 years ago and is the cause of the eye color of all blue-eyed humans alive on the planet today." * Adding the Entire Universe to our List of Not So Old Things? Based on March 2019 findings from Hubble, Nobel laureate Adam Riess of the Space Telescope Science Institute and his co-authors in the Astrophysical Journal estimate that the universe is about a billion years younger than previously thought! Then in September 2019 in the journal Science, the age dropped precipitously to as low as 11.4 billion years! Of course, these measurements also further squeeze the canonical story of the big bang chronology with its many already existing problems including the insufficient time to "evolve" distant mature galaxies, galaxy clusters, superclusters, enormous black holes, filaments, bubbles, walls, and other superstructures. So, even though the latest estimates are still absurdly too old (Google: big bang predictions, and click on the #1 ranked article, or just go on over there to rsr.org/bb), regardless, we thought we'd plop the whole universe down on our List of Not So Old Things! * After the Soft Tissue Discoveries, NOW Dino DNA: When a North Carolina State University paleontologist took the Tyrannosaurus Rex photos to the right of original biological material, that led to the 2016 discovery of dinosaur DNA, So far researchers have also recovered dinosaur blood vessels, collagen, osteocytes, hemoglobin, red blood cells, and various proteins. As of May 2018, twenty-six scientific journals, including Nature, Science, PNAS, PLoS One, Bone, and Journal of Vertebrate Paleontology, have confirmed the discovery of biomaterial fossils from many dinosaurs! Organisms including T. Rex, hadrosaur, titanosaur, triceratops, Lufengosaur, mosasaur, and Archaeopteryx, and many others dated, allegedly, even hundreds of millions of years old, have yielded their endogenous, still-soft biological material. See the web's most complete listing of 100+ journal papers (screenshot, left) announcing these discoveries at bflist.rsr.org and see it in layman's terms at rsr.org/soft. * Rapid Stalactites, Stalagmites, Etc.: A construction worker in 1954 left a lemonade bottle in one of Australia's famous Jenolan Caves. By 2011 it had been naturally transformed into a stalagmite (below, right). Increasing scientific knowledge is arguing for rapid cave formation (see below, Nat'l Park Service shrinks Carlsbad Caverns formation estimates from 260M years, to 10M, to 2M, to it "depends"). Likewise, examples are growing of rapid formations with typical chemical make-up (see bottle, left) of classic stalactites and stalagmites including: - in Nat'l Geo the Carlsbad Caverns stalagmite that rapidly covered a bat - the tunnel stalagmites at Tennessee's Raccoon Mountain - hundreds of stalactites beneath the Lincoln Memorial - those near Gladfelter Hall at Philadelphia's Temple University (send photos to Bob@rsr.org) - hundreds of stalactites at Australia's zinc mine at Mt. Isa. - and those beneath Melbourne's Shrine of Remembrance. * Most Human Mutations Arose in 200 Generations: From Adam until Real Science Radio, in only 200 generations! The journal Nature reports The Recent Origin of Most Human Protein-coding Variants. As summarized by geneticist co-author Joshua Akey, "Most of the mutations that we found arose in the last 200 generations or so" (the same number previously published by biblical creationists). Another 2012 paper, in the American Journal of Physical Anthropology (Eugenie Scott's own field) on High mitochondrial mutation rates, shows that one mitochondrial DNA mutation occurs every other generation, which, as creationists point out, indicates that mtEve would have lived about 200 generations ago. That's not so old! * National Geographic's Not-So-Old Hard-Rock Canyon at Mount St. Helens: As our List of Not So Old Things (this web page) reveals, by a kneejerk reaction evolutionary scientists assign ages of tens or hundreds of thousands of years (or at least just long enough to contradict Moses' chronology in Genesis.) However, with closer study, routinely, more and more old ages get revised downward to fit the world's growing scientific knowledge. So the trend is not that more information lengthens ages, but rather, as data replaces guesswork, ages tend to shrink until they are consistent with the young-earth biblical timeframe. Consistent with this observation, the May 2000 issue of National Geographic quotes the U.S. Forest Service's scientist at Mount St. Helens, Peter Frenzen, describing the canyon on the north side of the volcano. "You'd expect a hard-rock canyon to be thousands, even hundreds of thousands of years old. But this was cut in less than a decade." And as for the volcano itself, while again, the kneejerk reaction of old-earthers would be to claim that most geologic features are hundreds of thousands or millions of years old, the atheistic National Geographic magazine acknowledges from the evidence that Mount St. Helens, the volcanic mount, is only about 4,000 years old! See below and more at rsr.org/mount-st-helens. * Mount St. Helens Dome Ten Years Old not 1.7 Million: Geochron Laboratories of Cambridge, Mass., using potassium-argon and other radiometric techniques claims the rock sample they dated, from the volcano's dome, solidified somewhere between 340,000 and 2.8 million years ago. However photographic evidence and historical reports document the dome's formation during the 1980s, just ten years prior to the samples being collected. With the age of this rock known, radiometric dating therefore gets the age 99.99999% wrong. * Devils Hole Pupfish Isolated Not for 13,000 Years But for 100: Secular scientists default to knee-jerk, older-than-Bible-age dates. However, a tiny Mojave desert fish is having none of it. Rather than having been genetically isolated from other fish for 13,000 years (which would make this small school of fish older than the Earth itself), according to a paper in the journal Nature, actual measurements of mutation rates indicate that the genetic diversity of these Pupfish could have been generated in about 100 years, give or take a few. * Polystrates like Spines and Rare Schools of Fossilized Jellyfish: Previously, seven sedimentary layers in Wisconsin had been described as taking a million years to form. And because jellyfish have no skeleton, as Charles Darwin pointed out, it is rare to find them among fossils. But now, reported in the journal Geology, a school of jellyfish fossils have been found throughout those same seven layers. So, polystrate fossils that condense the time of strata deposition from eons to hours or months, include: - Jellyfish in central Wisconsin were not deposited and fossilized over a million years but during a single event quick enough to trap a whole school. (This fossil school, therefore, taken as a unit forms a polystrate fossil.) Examples are everywhere that falsify the claims of strata deposition over millions of years. - Countless trilobites buried in astounding three dimensionality around the world are meticulously recovered from limestone, much of which is claimed to have been deposited very slowly. Contrariwise, because these specimens were buried rapidly in quickly laid down sediments, they show no evidence of greater erosion on their upper parts as compared to their lower parts. - The delicacy of radiating spine polystrates, like tadpole and jellyfish fossils, especially clearly demonstrate the rapidity of such strata deposition. - A second school of jellyfish, even though they rarely fossilized, exists in another locale with jellyfish fossils in multiple layers, in Australia's Brockman Iron Formation, constraining there too the rate of strata deposition. By the way, jellyfish are an example of evolution's big squeeze. Like galaxies evolving too quickly,
Listen in as Real Science Radio host Fred Williams and co-host Doug McBurney review and update some of Bob Enyart's legendary list of not so old things! From Darwin's Finches to opals forming in months to man's genetic diversity in 200 generations, to carbon 14 everywhere it's not supposed to be (including in diamonds and dinosaur bones!), scientific observations simply defy the claim that the earth is billions of years old. Real science demands the dismissal of the alleged million and billion year ages asserted by the ungodly and the foolish. * Finches Adapt in 17 Years, Not 2.3 Million: Charles Darwin's finches are claimed to have taken 2,300,000 years to diversify from an initial species blown onto the Galapagos Islands. Yet individuals from a single finch species on a U.S. Bird Reservation in the Pacific were introduced to a group of small islands 300 miles away and in at most 17 years, like Darwin's finches, they had diversified their beaks, related muscles, and behavior to fill various ecological niches. Hear about this also at rsr.org/spetner. * Finches Speciate in Two Generations vs Two Million Years for Darwin's Birds? Darwin's finches on the Galapagos Islands are said to have diversified into 14 species over a period of two million years. But in 2017 the journal Science reported a newcomer to the Island which within two generations spawned a reproductively isolated new species. In another instance as documented by Lee Spetner, a hundred birds of the same finch species introduced to an island cluster a 1,000 kilometers from Galapagos diversified into species with the typical variations in beak sizes, etc. "If this diversification occurred in less than seventeen years," Dr. Spetner asks, "why did Darwin's Galapagos finches [as claimed by evolutionists] have to take two million years?" * Opals Can Form in "A Few Months" And Don't Need 100,000 Years: A leading authority on opals, Allan W. Eckert, observed that, "scientific papers and textbooks have told that the process of opal formation requires tens of thousands of years, perhaps hundreds of thousands... Not true." A 2011 peer-reviewed paper in a geology journal from Australia, where almost all the world's opal is found, reported on the: "new timetable for opal formation involving weeks to a few months and not the hundreds of thousands of years envisaged by the conventional weathering model." (And apparently, per a 2019 report from Entomology Today, opals can even form around insects!) More knowledgeable scientists resist the uncritical, group-think insistence on false super-slow formation rates (as also for manganese nodules, gold veins, stone, petroleum, canyons and gullies, and even guts, all below). Regarding opals, Darwinian bias led geologists to long ignore possible quick action, as from microbes, as a possible explanation for these mineraloids. For both in nature and in the lab, opals form rapidly, not even in 10,000 years, but in weeks. See this also from creationists by a geologist, a paleobiochemist, and a nuclear chemist. * Blue Eyes Originated Not So Long Ago: Not a million years ago, nor a hundred thousand years ago, but based on a peer-reviewed paper in Human Genetics, a press release at Science Daily reports that, "research shows that people with blue eyes have a single, common ancestor. A team at the University of Copenhagen have tracked down a genetic mutation which took place 6-10,000 years ago and is the cause of the eye color of all blue-eyed humans alive on the planet today." * Adding the Entire Universe to our List of Not So Old Things? Based on March 2019 findings from Hubble, Nobel laureate Adam Riess of the Space Telescope Science Institute and his co-authors in the Astrophysical Journal estimate that the universe is about a billion years younger than previously thought! Then in September 2019 in the journal Science, the age dropped precipitously to as low as 11.4 billion years! Of course, these measurements also further squeeze the canonical story of the big bang chronology with its many already existing problems including the insufficient time to "evolve" distant mature galaxies, galaxy clusters, superclusters, enormous black holes, filaments, bubbles, walls, and other superstructures. So, even though the latest estimates are still absurdly too old (Google: big bang predictions, and click on the #1 ranked article, or just go on over there to rsr.org/bb), regardless, we thought we'd plop the whole universe down on our List of Not So Old Things! * After the Soft Tissue Discoveries, NOW Dino DNA: When a North Carolina State University paleontologist took the Tyrannosaurus Rex photos to the right of original biological material, that led to the 2016 discovery of dinosaur DNA, So far researchers have also recovered dinosaur blood vessels, collagen, osteocytes, hemoglobin, red blood cells, and various proteins. As of May 2018, twenty-six scientific journals, including Nature, Science, PNAS, PLoS One, Bone, and Journal of Vertebrate Paleontology, have confirmed the discovery of biomaterial fossils from many dinosaurs! Organisms including T. Rex, hadrosaur, titanosaur, triceratops, Lufengosaur, mosasaur, and Archaeopteryx, and many others dated, allegedly, even hundreds of millions of years old, have yielded their endogenous, still-soft biological material. See the web's most complete listing of 100+ journal papers (screenshot, left) announcing these discoveries at bflist.rsr.org and see it in layman's terms at rsr.org/soft. * Rapid Stalactites, Stalagmites, Etc.: A construction worker in 1954 left a lemonade bottle in one of Australia's famous Jenolan Caves. By 2011 it had been naturally transformed into a stalagmite (below, right). Increasing scientific knowledge is arguing for rapid cave formation (see below, Nat'l Park Service shrinks Carlsbad Caverns formation estimates from 260M years, to 10M, to 2M, to it "depends"). Likewise, examples are growing of rapid formations with typical chemical make-up (see bottle, left) of classic stalactites and stalagmites including: - in Nat'l Geo the Carlsbad Caverns stalagmite that rapidly covered a bat - the tunnel stalagmites at Tennessee's Raccoon Mountain - hundreds of stalactites beneath the Lincoln Memorial - those near Gladfelter Hall at Philadelphia's Temple University (send photos to Bob@rsr.org) - hundreds of stalactites at Australia's zinc mine at Mt. Isa. - and those beneath Melbourne's Shrine of Remembrance. * Most Human Mutations Arose in 200 Generations: From Adam until Real Science Radio, in only 200 generations! The journal Nature reports The Recent Origin of Most Human Protein-coding Variants. As summarized by geneticist co-author Joshua Akey, "Most of the mutations that we found arose in the last 200 generations or so" (the same number previously published by biblical creationists). Another 2012 paper, in the American Journal of Physical Anthropology (Eugenie Scott's own field) on High mitochondrial mutation rates, shows that one mitochondrial DNA mutation occurs every other generation, which, as creationists point out, indicates that mtEve would have lived about 200 generations ago. That's not so old! * National Geographic's Not-So-Old Hard-Rock Canyon at Mount St. Helens: As our List of Not So Old Things (this web page) reveals, by a kneejerk reaction evolutionary scientists assign ages of tens or hundreds of thousands of years (or at least just long enough to contradict Moses' chronology in Genesis.) However, with closer study, routinely, more and more old ages get revised downward to fit the world's growing scientific knowledge. So the trend is not that more information lengthens ages, but rather, as data replaces guesswork, ages tend to shrink until they are consistent with the young-earth biblical timeframe. Consistent with this observation, the May 2000 issue of National Geographic quotes the U.S. Forest Service's scientist at Mount St. Helens, Peter Frenzen, describing the canyon on the north side of the volcano. "You'd expect a hard-rock canyon to be thousands, even hundreds of thousands of years old. But this was cut in less than a decade." And as for the volcano itself, while again, the kneejerk reaction of old-earthers would be to claim that most geologic features are hundreds of thousands or millions of years old, the atheistic National Geographic magazine acknowledges from the evidence that Mount St. Helens, the volcanic mount, is only about 4,000 years old! See below and more at rsr.org/mount-st-helens. * Mount St. Helens Dome Ten Years Old not 1.7 Million: Geochron Laboratories of Cambridge, Mass., using potassium-argon and other radiometric techniques claims the rock sample they dated, from the volcano's dome, solidified somewhere between 340,000 and 2.8 million years ago. However photographic evidence and historical reports document the dome's formation during the 1980s, just ten years prior to the samples being collected. With the age of this rock known, radiometric dating therefore gets the age 99.99999% wrong. * Devils Hole Pupfish Isolated Not for 13,000 Years But for 100: Secular scientists default to knee-jerk, older-than-Bible-age dates. However, a tiny Mojave desert fish is having none of it. Rather than having been genetically isolated from other fish for 13,000 years (which would make this small school of fish older than the Earth itself), according to a paper in the journal Nature, actual measurements of mutation rates indicate that the genetic diversity of these Pupfish could have been generated in about 100 years, give or take a few. * Polystrates like Spines and Rare Schools of Fossilized Jellyfish: Previously, seven sedimentary layers in Wisconsin had been described as taking a million years to form. And because jellyfish have no skeleton, as Charles Darwin pointed out, it is rare to find them among fossils. But now, reported in the journal Geology, a school of jellyfish fossils have been found throughout those same seven layers. So, polystrate fossils that condense the time of strata deposition from eons to hours or months, include: - Jellyfish in central Wisconsin were not deposited and fossilized over a million years but during a single event quick enough to trap a whole school. (This fossil school, therefore, taken as a unit forms a polystrate fossil.) Examples are everywhere that falsify the claims of strata deposition over millions of years. - Countless trilobites buried in astounding three dimensionality around the world are meticulously recovered from limestone, much of which is claimed to have been deposited very slowly. Contrariwise, because these specimens were buried rapidly in quickly laid down sediments, they show no evidence of greater erosion on their upper parts as compared to their lower parts. - The delicacy of radiating spine polystrates, like tadpole and jellyfish fossils, especially clearly demonstrate the rapidity of such strata deposition. - A second school of jellyfish, even though they rarely fossilized, exists in another locale with jellyfish fossils in multiple layers, in Australia's Brockman Iron Formation, constraining there too the rate of strata deposition. By the way, jellyfish are an example of evolution's big squeeze. Like galaxies e
Further reading: Reconstructing fossil cephalopods: Endoceras Retro vs Modern #17: Ammonites Hammering Away at Hamites An endocerid [picture by Entelognathus - Own work, CC BY-SA 4.0, https://commons.wikimedia.org/w/index.php?curid=111981757]: An ammonite fossil: A hamite ammonoid that looks a lot like a paperclip [picture by Hectonichus - Own work, CC BY-SA 3.0, https://commons.wikimedia.org/w/index.php?curid=34882102]: Show transcript: Welcome to Strange Animals Podcast. I'm your host, Kate Shaw. When you think about cephalopods, if that's a word you know, you probably think of octopuses and squid, maybe cuttlefish. But those aren't the only cephalopods, and in particular in the past, there used to be even more cephalopods that are even weirder than the ones we have today. Cephalopods are in the family Mollusca along with snails and clams, and many other animals. The first ancestral cephalopods date back to the Cambrian, and naturally we don't know a whole lot about them since that was around 500 million years ago. We have fossilized shells that were only a few centimeters long at most, although none of the specimens we've found are complete. By about 475 million years ago, these early cephalopod ancestors had mostly died out but had given rise to some amazing animals called Endocerids. Endocerids had shells that were mostly cone-shaped, like one of those pointy-ended ice cream cones but mostly larger and not as tasty. Most were pretty small, usually only a few feet long, or less than a meter, but some were really big. The largest Endoceras giganteum fossil we have is just under 10 feet long, or 3 meters, and it isn't complete. Some scientists estimate that it might have been almost 19 feet long, or about 5.75 meters, when it was alive. But that's just the long, conical shell. What did the animal that lived in the shell look like? We don't know, but scientists speculate that it had a squid-like body. The head and arms were outside of the shell's opening, while the main part of the body was protected by the front part of the shell. We know it had arms because we have arm impressions in sections of fossilized sea floor that show ten arms that are all about the same length. We don't know if the arms had suckers the way many modern cephalopods do, and some scientists suggest it had ridges on the undersides of the arms that helped it grab prey, the way modern nautiluses do. It also had a hood-shaped structure on top of its head called an operculum, which is also seen in nautiluses. This probably allowed Endoceras giganteum to pull its head and arms into its shell and use the operculum to block the shell's entrance. We don't know what colors the shells were, but some specimens seem to show a mottled or spotted pattern. The interior of Endoceras giganteum's shell was made up of chambers, some of which were filled with calcium deposits that helped balance the body weight, so the animal didn't have trouble dragging it around. 3D models of the shells show that they could easily stick straight up in the water, but we also have trace fossils that show drag marks of the shell through sediment. Scientists think Endoceras was mainly an ambush predator, sitting quietly until a small animal got too close. Then it would grab it with its arms. It could also crawl around to find a better spot to hunt, and younger individuals that had smaller shells were probably a lot more active. We talked about ammonites way back in episode 86. Ammonites were really common in the fossil record for hundreds of millions of years, only going extinct at the same time as the dinosaurs. Some ammonites lived at the bottom of the ocean in shallow water, but many swam or floated throughout the ocean. Many ammonite fossils look like snail shells, but the shell contains sections inside called chambers. The largest chamber, at the end of the shell, was for the ammonite's body,
The gang discusses two papers that look at preserved skin/external tissues. The first paper shows a unique record of Cambrian molting, and the second paper looks at the first preserved samples of plesiosaur skin. Meanwhile, Amanda commits an "own goal”, Curt shares some old internet fun, and James has opinions about fins. Up-Goer Five (Curt Edition): The friends talk about two papers that look at skin that is very very very old. The first paper looks at animals from a long time ago that lose their skin when they get too big for it when then grow. They found these parts on the skin that are hard and most of the time there are two but some of them have four, and that these ones that have four are because they are growing new skin under the old skin. The second paper looks at an animal from a long time ago that breathes air but lives in the water and is close to things today that have harder skin. Other animals like this animal have some skin that we know about, but for this group of animal we did not know a lot about their skin. In the other animals that move into water, their skin gets soft, but this group shows that some of their skin is hard like the animals that are on land. This might be because how these animals live. References: Yu, Chiyang, Deng Wang, and Jian Han. "Cambrian palaeoscolecidomorph Cricocosmia caught in the act of moulting." Historical Biology 37.3 (2025): 643-649. Marx, Miguel, et al. "Skin, scales, and cells in a Jurassic plesiosaur." Current Biology (2025).
In this episode of the Starting Point podcast, Jay Seegert interviews Dr. Carl Werner, who presents compelling evidence against Darwinian evolution and naturalism. Dr. Werner shares his extensive research journey, highlighting the challenges in explaining the origins of the universe and life. He discusses the Cambrian explosion and the lack of transitional fossils, arguing that the fossil record does not support evolutionary theory. The conversation sets the stage for a follow-up episode that will delve into specific evolutionary proofs and their shortcomings.
In this episode of the Starting Point podcast, Jay Sigert interviews Dr. Carl Werner, who presents compelling evidence against Darwinian evolution and naturalism. Dr. Werner shares his extensive research journey, highlighting the challenges in explaining the origins of the universe and life. He discusses the Cambrian explosion and the lack of transitional fossils, arguing that the fossil record does not support evolutionary theory. The conversation sets the stage for a follow-up episode that will delve into specific evolutionary proofs and their shortcomings.
CertiK chief business officer Jason Jiang shares the nitty gritty on how North Korea's Lazarus Group stole $1.4 billion in ETH-related tokens from Bybit, who is ultimately at fault, and what the crypto industry and investors can do to protect themselves against the next major hack. (00:00) Introduction to The Agenda podcast and this week's episode(02:17) How Lazarus Group hacked Bybit (07:17) Are hard wallets and cold wallets safe from hacks?(09:19) How AI and quantum computing could compromise blockchains(12:24) Who is most at fault for the Bybit hack?(16:05) Is THORChain facilitating crime or abiding by the rules of decentralization?(18:46) How smart contract audits work(23:31) Securing AI and planning for the quantum computing Cambrian explosion(26:02) Is there a white hat hacker shortage?(30:34) The future of onchain securityThe Agenda is brought to you by Cointelegraph and hosted/produced by Ray Salmond and Jonathan DeYoung, with post-production by Elena Volkova (Hatch Up). Follow Cointelegraph on X (Twitter) at @Cointelegraph, Jonathan at @maddopemadic and Ray at @HorusHughes. Jonathan is also on Instagram at @maddopemadic, and he made the music for the podcast — hear more at madic.art.Check out Cointelegraph at cointelegraph.com.If you like what you heard, rate us and leave a review!The views, thoughts and opinions expressed in this podcast are its participants' alone and do not necessarily reflect or represent the views and opinions of Cointelegraph. This podcast (and any related content) is for entertainment purposes only and does not constitute financial advice, nor should it be taken as such. Everyone must do their own research and make their own decisions. The podcast's participants may or may not own any of the assets mentioned.
Since inception, ARK has researched and published thoughts on the cryptocurrency ecosystem within Big Ideas and through articles, whitepapers, monthly Bitcoin reports and podcasts. Now, in coordination with Bitcoin Park, ARK is pleased to introduce a monthly conversation with leaders in the Bitcoin space, to discuss everything happening in the rapidly-changing and still nascent Bitcoin ecosystem. Published through the For Your innovation podcast channels, this monthly series aims to be informative and enlightening, including experts with diverse viewpoints.Guests on this month's Bitcoin Brainstorm include: Cathie Wood: Founder, CEO and CIO, ARK InvestLorenzo Valente: Director of Research, Digital Assets, ARK InvestSkot9000: Creator of BitaxeJose Rios: Former VP, AI and Datacenter Group, IntelRobert Warren: Author,Bitcoin Miner's AlmanacRod Roudi: Co-Founder, Bitcoin Park Key Points FromThis Episode:00:00:00 Intro00:01:00 Cathie's thoughts on open-source development vs. closed00:05:50 Where does bitcoin fit on a global macro-economic scale?00:10:20 Supply chain: do developers have enough resources?00:21:50 What are some projects we should be paying attention to?00:30:10 Bitaxe production process, scale, and chip demand00:39:00 Exogenous use cases for bitcoin miners00:43:10 Is there a solution to chip production bottlenecks and vulnerabilities?00:48:00 Are we at the precipice of a Cambrian explosion in bitcoin mining? LinksMentioned in this Episode: Learnmore about Bitcoin Park: bitcoinpark.com
The Scoop's host, Frank Chaparro, was joined by August Co-Founder and CEO Aya Kantorovich. In this episode, Chaparro and Kantorovich went over the state of crypto capital markets, the resilience of DeFi during market downturns, and how banks are looking to get started in DeFi. OUTLINE 00:00 Introduction 01:08 From banking to crypto 02:30 Why institutions avoid DeFi 05:33 How institutions impact volatility 10:50 Crypto as the weekend market 17:00 Bitcoin as a reserve asset 20:01 Cambrian explosion of memecoins 26:28 Coinbase earnings 31:42 The resiliency of deFi 37:49 AI Agents 42:00 Conclusion GUEST LINKS Aya Kantorovich - https://www.linkedin.com/in/ayakantorovich/ Aya Kantorovich on X - https://x.com/aya_kantor August - https://www.augustdigital.io/ August on X - https://x.com/august_digital
Since inception, ARK has researched and published thoughts on the cryptocurrency ecosystem within Big Ideas and through articles, whitepapers, monthly Bitcoin reports and podcasts. Now, in coordination with Bitcoin Park, ARK is pleased to host a monthly conversation with leaders in the Bitcoin space, to discuss everything happening in the rapidly-changing and still nascent Bitcoin ecosystem. Published through the For Your Innovation podcast channels, this monthly series aims to be informative and enlightening, including experts with diverse viewpoints.Guests on this month's Bitcoin Brainstorm include:Cathie Wood: Founder, CEO and CIO, ARK InvestLorenzo Valente: Director of Research, Digital Assets, ARK InvestSkot9000: Creator of BitaxeJose Rios: Former VP, AI and Datacenter Group, IntelRobert Warren: Author, Bitcoin Miner's AlmanacRod Roudi: Co-Founder, Bitcoin ParkKey Points From This Episode: 00:01:00 Cathie's thoughts on open-source development vs. closed00:05:50 Where does bitcoin fit on a global macro-economic scale?00:10:20 Supply chain: do developers have enough resources?00:21:50 What are some projects we should be paying attention to?00:30:10 Bitaxe production process, scale, and chip demand00:39:00 Exogenous use cases for bitcoin miners00:43:10 Is there a solution to chip production bottlenecks and vulnerabilities?00:48:00 Are we at the precipice of a Cambrian explosion in bitcoin mining? Links Mentioned in this Episode: Learn more about Bitcoin Park: bitcoinpark.com
The Scoop's host, Frank Chaparro, was joined by Cambrian Asset Management President Tony Fenner-Leitão. In this episode, Chaparro and Fenner-Leitão discussed his firm's approach to the crypto market, which involves using machine learning and data-driven models. They also touched on the impact of increased institutional participation and regulatory changes in the crypto space and how these developments have affected the overall market dynamics. OUTLINE 00:00 Introduction 03:29 Lack of liquid participants 08:25 Cambrian's perspective on the Trump meme coin 13:31 Shifting market dynamics 17:18 Regulatory changes 22:56 Cambrian's requirements for entering a market 29:16 Active management vs VC allocation 35:39 Conclusion GUEST LINKS Tony Fenner-Leitão - https://www.linkedin.com/in/tonyfennerleitao/ Cambrian Asset Management - https://www.cambrianasset.com/ Cambrian Asset Management on X - https://x.com/CambrianAsset This episode is brought to you by our sponsor: Polkadot Polkadot is the blockspace ecosystem for boundless innovation. To discover more, head to polkadot.network
You might know them as ghost sharks, rat fish, or spook fish. Chimaeras are close cousins of sharks and rays, equipped with distinctive and unusual features in their fins, teeth, and reproductive structures. In today's oceans, chimaeras are rare and easy to miss, but their extended family includes some of the most diverse and iconic fish of the Paleozoic seas. In this episode, we'll explore the traits that set chimaeras apart, we'll take a tour through their ancient relatives, and we'll investigate what their most famous cousins were doing with their strange spiral rows of teeth. In the news: Baltic herrings, Cambrian arms race, pterosaur tails, and early dinosaurs. Time markers: Intro & Announcements: 00:00:00 News: 00:06:35 Main discussion, Part 1: 00:40:25 Main discussion, Part 2: 01:16:45 Patron question: 02:20:00 Check out our website for this episode's blog post and more: http://commondescentpodcast.com/ Join us on Patreon to support the podcast and enjoy bonus content: https://www.patreon.com/commondescentpodcast Got a topic you want to hear about? Submit your episode request here: https://commondescentpodcast.com/request-a-topic/ Lots more ways to connect with us: https://linktr.ee/common_descent The Intro and Outro music is “On the Origin of Species” by Protodome. More music like this at http://ocremix.org Musical Interludes are "Professor Umlaut" by Kevin MacLeod (incompetech.com). Licensed under Creative Commons: By Attribution 3.0 http://creativecommons.org/licenses/by/3.0
A new week means new questions! Hope you have fun with these!What type of liquor is used in a classic Tom Collins cocktail?Prohibition in America ended with the ratification of which Constitutional Amendment?The spread of market disturbances – mostly on the downside – from one country to the other is known as "Financial" what, a word used as the title of an unrelated 2011 Matt Damon film?Which two Oscar nominated actors played Tom Cooper in Christopher Nolan's 2014 film Interstellar?The peninsula known as Anatolia makes up the majority of the land area of which country?Which part of the body's immune system is also known as leukocytes?What language has also been known in English as "Cambrian", "Cambric", and "Cymric" (Cum-rik)?Dielli, Surya, and Utuliya are names in various world mythologies for what heavenly body?Sporting clays, skeet, and trap are all types of what recreational and competitive hobby?MusicHot Swing, Fast Talkin, Bass Walker, Dances and Dames, Ambush by Kevin MacLeod (incompetech.com)Licensed under Creative Commons: By Attribution 3.0 http://creativecommons.org/licenses/by/3.0/Don't forget to follow us on social media:Patreon – patreon.com/quizbang – Please consider supporting us on Patreon. Check out our fun extras for patrons and help us keep this podcast going. We appreciate any level of support!Website – quizbangpod.com Check out our website, it will have all the links for social media that you need and while you're there, why not go to the contact us page and submit a question!Facebook – @quizbangpodcast – we post episode links and silly lego pictures to go with our trivia questions. Enjoy the silly picture and give your best guess, we will respond to your answer the next day to give everyone a chance to guess.Instagram – Quiz Quiz Bang Bang (quizquizbangbang), we post silly lego pictures to go with our trivia questions. Enjoy the silly picture and give your best guess, we will respond to your answer the next day to give everyone a chance to guess.Twitter – @quizbangpod We want to start a fun community for our fellow trivia lovers. If you hear/think of a fun or challenging trivia question, post it to our twitter feed and we will repost it so everyone can take a stab it. Come for the trivia – stay for the trivia.Ko-Fi – ko-fi.com/quizbangpod – Keep that sweet caffeine running through our body with a Ko-Fi, power us through a late night of fact checking and editing!
In today's episode, Jackson Ellis hosts Rex Salisbury, a solo General Partner at Cambrian Ventures, a venture capital fund focused on early stage fintech investments. Tune in to hear about: - How to build a fintech community - How AI will impact fintech - How the new administration may impact the fintech landscape
Darwin's Dilemma. A Documentary about The Cambrian Explosion and Intelligent Design. This powerful documentary explores one of the great mysteries in the history of life: the geologically-sudden appearance of dozens of major complex animal types in the fossil record without any trace of the gradual transitional steps Charles Darwin had envisioned 150 years ago. Frequently described as “the Cambrian Explosion,” the development of these new animal types required a massive increase in genetic information. Growing evidence suggests that the creation of novel genetic information requires intelligence, and thus the burst of genetic information during the Cambrian Explosion provides convincing evidence that animal life is the product of intelligent design rather than a blind undirected process like natural selection. Darwin's Dilemma recreates the prehistoric world of the Cambrian era with state-of-the-art computer animation, and the film features interviews with numerous scientists, including leading evolutionary paleontologists Simon Conway Morris of Cambridge University and James Valentine of the University of California at Berkeley, marine biologist Paul Chien of the University of San Francisco, and evolutionary biologist Richard Sternberg, a Research Collaborator at the National Museum of Natural History. Watch this documentary for free at- https://watch.redeemtv.com/show-details/darwin-s-dilemma For 3 Intelligent Design Documentaries at RedeemTV visit- https://watch.redeemtv.com/search?query=intelligent%20design For more many more ACU Shows on Intelligent Design visit- https://acupodcast.podbean.com/?s=intelligent%20design Stephen C. Meyer, geophysicist, Vice President of the Discovery Institute, and author of the New York Time's best seller "Darwin's Doubt," joins Ben to discuss philosophy, the origins of life, the overlap of science and religion, and much more. Check Stephen C. Meyer out on: Facebook: / drstephencmeyer Website: http://www.stephencmeyer.org You can find out more about Stephen C. Meyer and the books mentioned in this interview at https://stephencmeyer.org/books/ You can follow Stephen on Twitter (X) at: / stephencmeyer @DrStephenMeyer Dr. Stephen C. Meyer received his Ph.D. in the philosophy of science from the University of Cambridge. A former geophysicist and college professor, he now directs Discovery Institute's Center for Science and Culture in Seattle. He has authored the New York Times best seller Darwin's Doubt: The Explosive Origin of Animal Life and the Case for Intelligent Design, Signature in the Cell: DNA and the Evidence for Intelligent Design, which was named a Book of the Year by the Times Literary Supplement in 2009, and now, The Return of the God Hypothesis. In this episode, you can expect to hear Dr Stephen C Meyer on: - The scientific evidence for intelligent design - The identity of the 'creator'…
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