Podcasts about reactors

This Week’s Featured Interview: Joseph DeMare LINKS from the interview: To Contact the International Atomic Energy Agency: Nuclear Hotseat Hot Story with Linda Pentz Gunter The White House plans to let private companies use surplus plutonium in their experimental startup reactors. More insanity! The Nuclear Resister: Jack Cohen-Joppa How one man’s persistence first stigmatized, then...

0:00 This Reddit post about me is completely wrong 15:57 Is YouTube finally stopping React "Content Creators"? 19:49 Why is it so hard to change people's minds? 21:36 How did my Pacifist video perform? 23:43 I got my Scars treated  

With global electricity demand on the rise, the need for reliable power is becoming increasingly critical. Nuclear power is fast emerging as a critical part of this future infrastructure, with small modular reactors, or SMRs, gaining particular attention. Scalable, flexible and able to provide consistently high load factors, SMRs are emerging as an important technology for a reliable, low-carbon energy system. In this episode of Industry Optimized, host Fran Scott speaks to Jacob Stedman, CEO of Blykalla, and Elova Ryegard, Nuclear Expert, Energy Industries at ABB. Together they discuss what a low-carbon future might look like, how SMRs can complement both renewable and conventional nuclear energy sources and why they’re increasingly seen as a practical pathway to expanding low-carbon energy capacity.See omnystudio.com/listener for privacy information.

This is our weekly, ad-free compilation of science news.00:00 - AI Will Hit a Wall in 2026, if nothing changes.5:14 - These Reactors Solve The Nuclear Safety Problem11:02 - Can This Device Tell Us How Time Actually Works?16:49 - This Startup Promises Energy From Nothing—Here's What's Wrong

Sponsor Link:To check out our special NordVPN deal with big savings and 4 extra months free, visit nordvpn.com/spacenutsNuclear Space Policies, SETI from the Moon, and the Hubble Tension In this riveting episode of Space Nuts, hosts Andrew Dunkley and Professor Fred Watson delve into a range of fascinating topics that are shaping the future of space exploration. From the Pentagon's new nuclear energy policy for space missions to the exciting potential of searching for extraterrestrial intelligence from the far side of the Moon, this episode is packed with insights that will leave you pondering the cosmos.Episode Highlights:- Nuclear Energy in Space: Andrew and Fred Watson discuss the recent directive from the Pentagon to NASA for the development of nuclear power stations in space, exploring the implications for lunar and orbital power supply systems. They examine the benefits and challenges of using nuclear energy in space, addressing public concerns and the potential for collaboration among government agencies.- SETI from the Far Side of the Moon: The hosts explore the advantages of conducting the Search for Extraterrestrial Intelligence (SETI) from the Moon's far side, where Earthly radio noise is absent. They discuss the capabilities of China's Chang'e 4 mission and its low-frequency radio spectrometer, which is attempting to detect technosignatures that could indicate the presence of alien life.- The Hubble Tension Debate: Andrew and Fred Watson unpack the ongoing debate surrounding the Hubble constant, highlighting the discrepancies between measurements obtained through different methods. They discuss new research that aims to refine our understanding of the universe's expansion rate and its implications for our grasp of dark matter and dark energy.For more Space Nuts, including our continuously updating newsfeed and to listen to all our episodes, visit our website. Follow us on social media at SpaceNutsPod on Facebook, Instagram, and more. We love engaging with our community, so be sure to drop us a message or comment on your favourite platform.If you'd like to help support Space Nuts and join our growing family of insiders for commercial-free episodes and more, visit spacenutspodcast.com/about.Stay curious, keep looking up, and join us next time for more stellar insights and cosmic wonders. Until then, clear skies and happy stargazing.Become a supporter of this podcast: https://www.spreaker.com/podcast/space-nuts-astronomy-insights-cosmic-discoveries--2631155/support.

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AI is scaling nuclear plants without touching the reactor, by automating thousands of required workflows behind the scenes.Nuclearn's strategy is simple but rare: start painfully narrow, prove ROI fast, then expand across the plant.Bradley Fox and Jerrold Vincent are co-founders of Nuclearn, deploying AI tools across 70+ global reactors. And shout out to our friends at SJF Ventures for this introduction.Land before you expand — Winning dozens of nuclear reactors before raising venture capital proved that a hyper-focused beachhead beats a broad go-to-market in risk-averse industriesNiche down until it hurts — Targeting a single regulation-mandated pain point (Corrective Action Programs) gave Nuclearn a horizontally scalable wedge into every reactor on earthWorkforce crises create durable markets — When an industry needs 2-3x its workforce but takes a decade to train people, AI isn't a nice-to-have — it's infrastructurePrice for partnership, not extraction — Targeting ~30% of customer savings and offering transparent annual subscriptions built trust in an industry that buys on relationships and long time horizonsNights and weekends are your proof of concept — If you can't sustain a year of bootstrapped hustle before quitting your day job, you're not ready for the full-time grind of a startup--Work with mePrivate CEO group for VC/PE-backed climate tech founders navigating capital, strategy, and scale. Capped at 45 CEOs. → entrepreneursforimpact.comNewsletter2 insights, 2 minutes. Climate tech finance, strategy, leadership. → entrepreneursforimpact.substack.comLeave a reviewIf you got value, take 30 seconds and do the community a favor. It helps push more capital and talent toward scalable climate solutions.

Can nuclear power transform global shipping, or does the risk outweigh the reward?In this episode of Sea Views, hosts Julia Gosling and Adam Parnell sit down with Martin King, Nuclear Systems Manager, and Paul Roberts, Senior Engineer at Naval Solutions Ltd, to unpack one of the most complex and debated topics in modern maritime: nuclear propulsion.Drawing on decades of experience in submarine operations and nuclear engineering, this conversation breaks down how nuclear reactors actually work at sea, why they are being reconsidered for commercial shipping, and what still stands in the way.This is not theoretical. It is a real discussion happening across regulators, engineers, and industry leaders today.

Andy Jassy's annual shareholder letter reads something like a diss track to a wide range of competitors as he defends spending $200 billion in capex. Also, Radify Metals is developing a new way to process a variety of metals that promises to be pollution free. Learn more about your ad choices. Visit podcastchoices.com/adchoices

PREVIEW FOR LATER. (7)HEADLINE: Iran's Heavy Water Reactor and Nuclear AmbitionsGUEST: Henry Sokolski SUMMARY:Henry Sokolski explains the dangers of Iran's heavy water reactor at Arak. These reactors are ideal for producing high-grade plutonium for weapons because they can be refueled without shutting down, facilitating bomb-making capabilities., (8)MARCH 1958

In this Climate Positive episode (our 100th!), Chad and Guy talk with Matt Loszak, CEO and co-founder of Aalo Atomics, about their innovative approach to building factory-made advanced micro reactors to power the AI-driven energy demand surge. Matt shares his unconventional journey from nuclear engineering student to software entrepreneur to nuclear startup founder, explaining why he believes we're entering a "second atomic age" for clean energy. Matt discusses Aalo's strategy of vertical integration and mass manufacturing, inspired by SpaceX and Tesla, to deliver compact, liquid metal-cooled nuclear reactors that can be deployed rapidly for data centers and other applications. He explains how the regulatory environment has evolved with recent executive orders streamlining pathways to criticality, the company's ambitious timeline to achieve zero power criticality by July 2026, and their vision for 3-cent-per-kilowatt-hour nuclear energy at scale. Matt also addresses public safety perceptions, the advantages of particular reactor technologies, and how their 50-megawatt "Aalo Pod" architecture provides the redundancy and incremental buildout that hyperscalers need. Links: Aalo Atomics Website Matt Loszak on LinkedIn Email your feedback to Chad, Gil, Hilary, and Guy at climatepositive@hasi.com.

Today on the Show: Living in a nuclear world; more and more aging reactors threaten a critical meltdown: Also more and more folks are hungry and homeless and the situation isn't expected to get any better, With World War Three just around the corner. An award winning front-line investigative news magazine, that focuses on human, civil and workers right, issues of war and peace, Global Warming, racism and poverty, and other issues. Hosted by Dennis J. Bernstein. The post Living in a Nuclear World: More and More Aging Reactors Threaten a Critical Meltdown appeared first on KPFA.

In this episode, Professor Mouse, the Cosmologist, and Teddy discuss eating ass and react to two trailers. 

Now what did you think about what I said in this week's episode...Welcome to this week's Blonde Intelligence. I am your host, Ms. Roni, and I always seek to give you exquisite cranial repertoire. Reaction culture isn't a sideshow anymore—it's the engine pushing songs, stories, and careers across hip hop. We dig into why labels now court music reactors, how on-camera breakdowns amplify indie releases, and what happens when a clever TV cue turns into a PR wildfire. From first-listen rewinds to compilation videos that capture the exact second a room flips, we trace how creators set the temperature for beefs, bars, and brand power.We also unpack the latest friction around 50 Cent and the Harris family, asking smart questions about timing, verse placement, and how public sentiment can shift when the next generation lands clean shots. Family drops can project unity, but they also invite rankings that split fanbases; we explore both sides while highlighting the moments where King's punchlines pop and where mix clarity could lift the vocals above dense production. The broader current is unmistakable: the South's torch is real. Atlanta's legacy, Memphis's lineage, and Texas's constant churn keep feeding new voices into a scene where co-signs matter and craft still carries weight.Zooming out, we examine why rap beef, for all its mess, sharpens the art. Freestyles over classic beats revive the archives, pull receipts, and challenge writers to level up. Reactors thrive here, curating turning points, measuring crowd energy, and translating complex lyric layers for new ears. For artists, this is a playbook moment: build your own platform, partner with reputable reactors, tighten your engineering, and treat every drop like it will be paused, quoted, and replayed. If you're ready to think like a creator and perform like a competitor, this wave can carry you.If this breakdown sparked something for you, follow the show, share it with a friend who loves lyric analysis, and leave a quick review so more indie artists and curious fans can find us. Don't forget to Like, Share, and Subscribe.@Buzzsprout @SpotifySupport the show

A Japanese court on Wednesday dismissed a lawsuit seeking to prevent Hokuriku Electric Power Co. from restarting the No. 1 and No. 2 reactors at its Shika nuclear power plant in Ishikawa Prefecture, central Japan.

In this episode, Jason delivers a powerful message about mindset: reactors vs. preventers. Using lessons from Coach Carter, construction leadership, and even Antarctic exploration, Jason breaks down the dangerous "victim mentality" that shows up in project management blaming design, blaming time, blaming trades, blaming the owner instead of building systems that prevent failure in the first place. He challenges superintendents, project managers, and leaders to stop glorifying job recoveries and crisis fixes and instead build disciplined systems that eliminate the need for them. What you'll learn in this episode: Why reacting is not leadership. How CPM culture reinforces victim behavior. Why prevention is more valuable than heroic recovery. The difference between fixers and builders. How preparation creates control and accountability. Why disciplined pre-construction and weekly planning matter. True builders don't brag about saving a broken project.They build systems so it never breaks in the first place. If you like the Elevate Construction podcast, please subscribe for free and you'll never miss an episode.  And if you really like the Elevate Construction podcast, I'd appreciate you telling a friend (Maybe even two

This is our weekly compilation of science news.00:00 - AI is changing the World Of Theoretical Physics, Fast.5:51 - Nuclear Fusion Reactors Could Produce Dark Matter, Physicists Show10:55 - The Pentagon Says It's Discovered The Weapon Behind Havana Syndrome17:16 - Is Gen Z Really That Dumb?22:46 - The First Moon Landing Wasn't Apollo — And We Just Found It

In this compelling episode of Rob McConnell Interviews, Rob is joined by Dr. Robert Williscroft, scientist, author, and expert in climatology, engineering, and advanced technologies, for a deep dive into the heated global debate surrounding climate change and the future of energy. Dr. Williscroft examines the scientific realities behind global warming, separating hard data from political rhetoric, while offering a pragmatic look at solutions that could actually work. Central to the conversation is the role of nuclear power—its potential, its misconceptions, and its capacity to provide clean, scalable, and reliable energy in a carbon-constrained world. With clarity and authority, Dr. Williscroft guides listeners through the challenges, myths, and opportunities that shape our planetary future. Thought-provoking, balanced, and rich with insight, this interview encourages audiences to re-evaluate what they think they know about climate science and energy policy.Become a supporter of this podcast: https://www.spreaker.com/podcast/the-x-zone-radio-tv-show--1078348/support.Please note that all XZBN radio and/or television shows are Copyright © REL-MAR McConnell Meda Company, Niagara, Ontario, Canada – www.rel-mar.com. For more Episodes of this show and all shows produced, broadcasted and syndicated from REL-MAR McConell Media Company and The 'X' Zone Broadcast Network and the 'X' Zone TV Channell, visit www.xzbn.net. For programming, distribution, and syndication inquiries, email programming@xzbn.net.We are proud to announce the we have launched TWATNews.com, launched in August 2025.TWATNews.com is an independent online news platform dedicated to uncovering the truth about Donald Trump and his ongoing influence in politics, business, and society. Unlike mainstream outlets that often sanitize, soften, or ignore stories that challenge Trump and his allies, TWATNews digs deeper to deliver hard-hitting articles, investigative features, and sharp commentary that mainstream media won't touch.These are stories and articles that you will not read anywhere else.Our mission is simple: to expose corruption, lies, and authoritarian tendencies while giving voice to the perspectives and evidence that are often marginalized or buried by corporate-controlled media

This week we talk about radioactive waste, neutrons, and burn while breeding cycles.We also discuss dry casks, radioactive decay, and uranium.Recommended Book: Breakneck by Dan WangTranscriptRadioactive waste, often called nuclear waste, typically falls into one of three categories: low-level waste that contains a small amount of radioactivity that will last a very short time—this is stuff like clothes or tools or rags that have been contaminated—intermediate-level waste, which has been contaminated enough that it requires shielding, and high-level waste, which is very radioactive material that creates a bunch of heat because of all the radioactive decay, so it requires both shield and cooling.Some types of radioactive waste, particularly spent fuel of the kind used in nuclear power plants, can be reprocessed, which means separating it into other types of useful products, including another type of mixed nuclear fuel that can be used in lieu of uranium, though generally not economically unless uranium supplies are low. About a third of all spent nuclear fuel has already been reprocessed in some way.About 4% of even the recyclable stuff, though, doesn't have that kind of second-life purpose, and that, combined with the medium- and long-lived waste that is quite dangerous to have just sitting around, has to be stored somehow, shielded and maybe cooled, and in some cases for a very long time: some especially long-lived fission products have half-lives that stretch into the hundreds of thousands or millions of years, which means they will be radioactive deep into the future, many times longer than humans have existed as a species.According to the International Atomic Energy Agency, something like 490,000 metric tons of radioactive spent fuel is currently being stored, on a temporary basis, at hundreds of specialized sites around the world. The majority of this radioactive waste is stored in pools of spent fuel water, cooled in that water somewhere near the nuclear reactors where the waste originated. Other waste has been relocated into what're called dry casks, which are big, barrel-like containers made of several layers of steel, concrete, and other materials, which surround a canister that holds the waste, and the canister is itself surrounded by inert gas. These casks hold and cool waste using natural air convection, so they don't require any kind of external power or water sources, while other solutions, including storage in water, sometimes does—and often the fuel is initially stored in pools, and is then moved to casks for longer-term storage.Most of the radioactive waste produced today comes in the form of spend fuel from nuclear reactors, which are typically small ceramic pellets made of low-enriched uranium oxide. These pellets are stacked on top of each other and encased in metal, and that creates what's called a fuel rod.In the US, alone, about 2,000 metric tons of spent nuclear fuel is created each year, which is just shy of half an olympic sized swimming pool in terms of volume, and in many countries, the non-reuseable stuff is eventually buried, near the surface for the low- to intermediate-level waste, and deeper for high-level waste—deeper, in this context, meaning something like 200-1000 m, which is about 650-3300 feet, beneath the surface.The goal of such burying is to prevent potential leakage that might impact life on the surface, while also taking advantage of the inherent stability and cooler nature of underground spaces which are chosen for their isolation, natural barriers, and water impermeability, and which are also often reinforced with human-made supports and security, blocking everything off and protecting the surrounding area so nothing will access these spaces far into the future, and so that they won't be broken open by future glaciation or other large-scale impacts, either.What I'd like to talk about today is another potential use and way of dealing with this type of waste, and why a recent, related development in China is being heralded as such a big deal.—An experimental nuclear reactor was built in the Gobi Desert by the Chinese Academy of Sciences Shanghai Institute of Applied Physics, and back in 2023 the group achieved its first criticality, got started up, basically, and it has been generating heat through nuclear fission ever since.What that means is that the nuclear reactor did what a nuclear reactor is supposed to do. Most such reactors exist to generate heat, which then creates steam and spins turbines, which generates electricity.What's special about this reactor, though, is that it is a thorium molten salt reactor, which means it uses thorium instead of uranium as a fuel source, and the thorium is processed into uranium as part of the energy-making process, because thorium only contains trace amounts of fissile material, which isn't enough to get a power-generating, nuclear chain reaction going.This reactor was able to successfully perform what's called in-core thorium-to-uranium conversion, which allows the operators to use thorium as fuel, and have that thorium converted into uranium, which is sufficiently fissile to produce nuclear power, inside the core of the reactor. This is an incredibly fiddly process, and requires that the thorium-232 used as fuel absorb a neutron, which turns it into thorium-233. Thorium-233 then decays into protactinium-233, and that, in turn, decays into uranium-233—the fuel that powers the reactor.One innovation here is that this entire process happens inside the reactor, rather than occurring externally, which would require a bunch of supplementary infrastructure to handle fuel fabrication, increasing the amount of space and cost associated with the reactor.Those neutrons required to start the thorium conversion process are provided by small amounts of more fissile material, like enriched uranium-235 or plutonium-239, and the thorium is dissolved in a fluoride salt and becomes a molten mixture that allows it to absorb that necessary neutron, and go through that multi-step decay process, turning into uranium-233. That end-point uranium then releases energy through nuclear fission, and this initiates what's called a burn while breeding cycle, which means it goes on to produce its own neutrons moving forward, which obviates the need for those other, far more fissile materials that were used to start the chain reaction. All of which makes this process a lot more fuel efficient than other options, dramatically reduces the amount of radioactive waste produced, and allows reactors that use it to operate a lot longer without needing to refuel, which also extends a reactor's functional life.On that last point, many typical nuclear power plants built over the past handful of decades use pressurized water reactors which have to be periodically shut down so operators can replace spent fuel rods. This new method instead allows the fissile materials to continuously circulate, enabling on-the-fly refueling—so no shut-down, no interruption of operations necessary.This method also requires zero water, which could allow these reactors to be built in more and different locations, as conventional nuclear power plants have typically been built near large water sources, like oceans, because of their cooling needs.China initiated the program that led to the development of this experimental reactor back in 2011, in part because it has vast thorium reserves it wanted to tap in its pursuit of energy independence, and in part because this approach to nuclear energy should, in theory at least, allow plant operators to use existing, spent fuel rods as part of its process, which could be very economically interesting, as they could use the waste from their existing plants to help fuel these new plants, but also take such waste off other governments' hands, maybe even be paid for it, because those other governments would then no longer need to store the stuff, and China could use it as cheap fuel; win win.Thinking further along, though, maybe the real killer application of this technology is that it allows for the dispersion of nuclear energy without the risk of nuclear weapons proliferation. The plants are smaller, they have a passive safety system that disallows the sorts of disasters that we saw in Chernobyl and Three-Mile Island—that sort of thing just can't happen with this setup—and the fissile materials, aside from those starter materials used to get the initial cycle going, can't be used to make nuclear weapons.Right now, there's a fair amount of uranium on the market, but just like oil, that availability is cyclical and controlled by relatively few governments. In the future, that resource could become more scarce, and this reactor setup may become even more valuable as a result, because thorium is a lot cheaper and more abundant, and it's less tightly controlled because it's useless from a nuclear weapons standpoint.This is only the very first step on the way toward a potentially thorium-reactor dominated nuclear power industry, and the conversion rate on this experimental model was meager.That said, it is a big step in the right direction, and a solid proof-of-concept, showing that this type of reactor has promise and would probably work scaled-up, as well, and that means the 100MW demonstration reactor China is also building in the Gobi, hoping to prove the concept's full value by 2035, stands a pretty decent chance of having a good showing.Show Noteshttps://www.deepisolation.com/about-nuclear-waste/where-is-nuclear-waste-nowhttps://www.energy.gov/ne/articles/5-fast-facts-about-spent-nuclear-fuelhttps://www.energy.gov/ne/articles/3-advanced-reactor-systems-watch-2030https://world-nuclear.org/information-library/nuclear-fuel-cycle/nuclear-waste/radioactive-wastes-myths-and-realitieshttps://www.visualcapitalist.com/visualizing-all-the-nuclear-waste-in-the-world/https://en.wikipedia.org/wiki/High-level_radioactive_waste_managementhttps://en.wikipedia.org/wiki/Radioactive_wastehttps://en.wikipedia.org/wiki/Nuclear_reprocessinghttps://en.wikipedia.org/wiki/Dry_cask_storagehttps://en.wikipedia.org/wiki/Deep_geological_repositoryhttps://onlinelibrary.wiley.com/doi/abs/10.1002/er.3854https://archive.is/DQpXMhttps://en.wikipedia.org/wiki/Thorium-based_nuclear_powerhttps://en.wikipedia.org/wiki/Thorium_fuel_cycle This is a public episode. If you'd like to discuss this with other subscribers or get access to bonus episodes, visit letsknowthings.substack.com/subscribe

The Power Hour is a weekly podcast that discusses the day's most interesting energy and environmental policy issues with top national experts.  Most of us agree that nuclear energy is safe, reliable, and clean.  But one question that remains in the United States is what to do with the waste.  One country that is well […]

The Power Hour is a weekly podcast that discusses the day's most interesting energy and environmental policy issues with top national experts.  Most of us agree that nuclear energy is safe, reliable, and clean.  But one question that remains in the United States is what to do with the waste.  One country that is well on its way to solving that problem is France and part of their solution is recycling it and the company that provides that service is Orano.  Orano doesn't just do work in France but are an important part of America's commercial nuclear industry that is why Jack is excited to welcome Orano-USA CEO Jean-Luc Palayer to the Power Hour.  Join Jack and Jean-Luc for a full ranging discussion on fueling American's reactors, the potential for recycling the spent fuel to help manage nuclear waste in the United States, and much more.  As always, you can join the conversation at  thepowerhour@heritage.org!  Check out Jack's book, Nuclear Revolution, and our nuclear energy documentary, Powering America, where you can see footage from France's recycling facility .  Thank you for listening and please don't forget to subscribe and help us to spread the word. 

Southwest Michigan’s Afternoon News for 11-18-25See omnystudio.com/listener for privacy information.

Southwest Michigan’s Afternoon News for 11-18-25See omnystudio.com/listener for privacy information.

Check out ZocDoc here! https://www.zocdoc.com/react Learn more about your ad choices. Visit megaphone.fm/adchoices

This week I sit back down with François Morin in his third appearance on the show. François is the World Nuclear Association's point person on China. He works and travels inside China, speaks fluent Mandarin, and spends time at the conventional and advanced reactor sites that the rest of us argue about on Twitter. We cover how quickly China is really building nuclear power compared to the heyday of the French Mesmer plan, how that compares to Chinese coal and gas deployment, why Chinese nuclear is still mostly coastal, and the use case, build times and performance of the so-called “advanced reactors” that China is operating while Western startups are still in the powerpoint phase pitching to investors.Watch the full conversation on YouTube.Listen to Decouple on:• Spotify: https://open.spotify.com/show/6PNr3ml8nEQotWWavE9kQz • Apple Podcasts: https://podcasts.apple.com/us/podcast/decouple/id1516526694?uo=4 • Overcast: https://overcast.fm/itunes1516526694/decouple • Pocket Casts: https://pca.st/ehbfrn44 • RSS: https://anchor.fm/s/23775178/podcast/rss Website: https://www.decouple.media

The nuclear industry is in an era of rapid innovation and deployment. In this episode of The EPRI Current, host Samantha Gillman is joined by Alison Krager Hahn from NEI and Chad Boyer from EPRI to revisit the 2023 episode on the Advanced Reactor (AR) Roadmap, assessing the industry's recent progress with advanced technologies and where it's headed next. Developed as a collaborative framework, the roadmap serves as a strategic guide for the successful commercialization and large-scale deployment of advanced reactor designs.      Alison and Chad unpack the 2025 roadmap update, highlighting strides in emergency preparedness, fuel supply, and workforce development. They explore the growing role of data centers and industrial decarbonization in shaping demand and discuss how policy shifts and bipartisan support are accelerating deployment. With insights into how industry-wide collaboration is shaping the future, they offer a timely look at how advanced reactors are positioned to meet rising energy demands, and how the roadmap is guiding the way.     To explore the AR Roadmap, visit https://ant.epri.com/roadmap     For more information and episodes visit EPRI.com.     If you enjoy this podcast, please subscribe and share! And please consider leaving a review and rating on Apple Podcasts/iTunes.    Follow EPRI: LinkedIn https://www.linkedin.com/company/epri/  Twitter https://twitter.com/EPRINews    EPRI Current examines key issues and new R&D impacting the energy transition. Each episode features insights from EPRI, the world's preeminent independent, non-profit energy research and development organization, and from other energy industry leaders. We also discuss how innovative technologies are shaping the global energy future. Learn more at www.epri.com   

Smallest Salutations! It's time to get hot and heavy in this Tiny Tome episode of Reactors and Romance! This romantic shounen mecha RPG features big guns and bigger emotions. After our players learn the rules, their characters must intervene to stop an arranged marriage… on the Moon! Can these debonair dogs of war keep this knot untied? Or will the whole event climax into a pile of writhing robots? All this and our review of this delightful system on this episode of Tiny Tome! We have a Patreon! Check it out if you want to support us and this podcast! https://www.patreon.com/TinyTablePodcast As always, if you have any TTRPGs you want us to try out, please email us at tinytablebusiness@gmail.com or contact us at any of the socials below! Socials: Instagram - https://www.instagram.com/tinytablettrpg/ Tumblr - https://www.tumblr.com/blog/tinytablepodcast TikTok - https://www.tiktok.com/@tinytablettrpg Youtube - https://www.youtube.com/channel/UCnpc2lwtvgEEYVHL3WoxU-Q  

Matt Sanford, the executive director of the MU Research Reactor (MURR), and Michael Hoehn, the program director for NextGen MURR, are the latest guests on Brad's Bites.See Privacy Policy at https://art19.com/privacy and California Privacy Notice at https://art19.com/privacy#do-not-sell-my-info.

This episode is dedicated to all of the light water reactor fans out there. Especially if you like your LWRs in water. Listen to this conversation with the co-founder and CEO of Blue Energy, Jake Jurewicz, and you'll understand what I mean. Jake is a utility industry veteran with a lifetime of experience on construction sites, so our discussion about how his new company is going to site SMRs on waterways and ship them by barge gets into all kinds of deployment nitty gritty: management, permitting, financing, you name it.  Check out Blue Energy's website, LinkedIn, and X account. 

A conversation on nuclear's next wave with Giordano Morichi of Terra Innovatum and Gus Garcia of GSR III Acquisition Corp. (NASDAQ: GSRT) Developers of small, modular nuclear reactors have been among the most prized stocks of 2025 given their potential to be big players in the energy mix as data center demand booms. This demand is massive, but when it comes to nuclear reactor design, Terra Innovatum believes it's a matter of the smaller the better. This week, we speak with Giordano Morichi, Chief Business Development Officer and Head of Investor Relations at Terra Innovatum, and Gus Garcia, Co-CEO of GSR III Acquisition Corp. (NASDAQ:GSRT). The two announced a $475 million business combination April and are now nearing the end of their merger process. Giordano explains why the unique size of Terra Innovatum's 1 MW reactor designs make it a more competitive fit for a host of applications, and how its fuel source could get it to market faster initially and more efficiently over time. Gus gets into how these factors have the potential to compound Terra Innovatum's advantages and why the major gains made by the company's listed peers has made its valuation even more attractive since the deal was struck.  

A round-up of the main headlines in Sweden on September 19th, 2025. You can hear more reports on our homepage www.radiosweden.se, or in the app Sveriges Radio. Presenter/Producer: Kris Boswell.

Claire Lerner joins me to talk about how we can best support “big reactors” — highly sensitive children who experience the world with heightened intensity, passion, and emotion.   Together we explore:   Why trying to “change” a child often backfires — and why shifting our own approach can spark real change. How to recognize when your child's explosive behavior is driven by overwhelm, rigidity, or a need for control. The difference between masking and thriving, and why kids may act very differently at home than at school. What it means to be your child's “rock” during meltdowns and how to hold limits without fueling the fire, How to create structure and predictability that helps sensitive kids feel safe and more flexible. Why consistency matters more than quick results — and what to expect before things get better. Practical, real-life strategies for navigating transitions, setting boundaries, and reducing daily battles.   Whether you're parenting a highly sensitive child or you just want to strengthen your connection and reduce the chaos at home, this conversation will give you validation, hope, and tangible tools to help your child — and your whole family — thrive.     LEARN MORE ABOUT MY GUEST:

PREVIEW: Colleague Henry Sokolski of NPEC comments that atomic weapons are the willful product of any country acquiring nuclear power reactors. More.

In this episode of State of the Arc, Jason Becker breaks down four major developments reshaping the welding industry right now. First, we look at the surge in government-funded nuclear projects and the increased demand for welders trained to ASME and NAVSEA standards. Then we shift to the revival of domestic steelmaking and how reshoring and infrastructure funding are fueling new opportunities for structural welders. In segment three, Jason covers the industry-wide push for low-hydrogen practices — from rod ovens to procedure control — and why welders need to pay closer attention to hydrogen cracking. Finally, we dig into ongoing supply chain issues affecting exotic filler metals like Inconel, Hastelloy, and duplex stainless, and how this is impacting bids, project timelines, and QA/QC expectations. As always, we close out with the Welding History Fact of the Week — this time featuring the precision TIG work behind the St. Louis Gateway Arch.

Send us a textWelcome to your daily dose of blunt-force intel. On this episode of Ones Ready, Peaches breaks down the 12 June Ops Brief with the same energy as a pissed-off NCO finding unbloused boots. From nuclear microreactors to E-7 program death rattles, and shady F-35 budget slashings, this rundown covers everything the Pentagon tried to slip under the radar.Oh, and did we mention Air Force One is getting a facelift from Qatar... and no one will say what it costs?This one's for the operators, the policy nerds, and the junior troops trying to make sense of senior leader decisions that sound like they were made during an Ambien trip.From partisan posturing to microreactor hype, this episode has one foot in the future and the other on a Congressional landmine. Grab your coffee and prep for turbulence.

On a sunny summer day in 2007 near Wichita, Kansas, a tanker truck was offloading naphthalene into a stainless-steel tank at a solvent tank farm when the container spontaneously ignited, catching fire and exploding, shooting projectiles in the air. This led to the evacuation of thousands in a nearby community. While there were no casualties, the explosion destroyed the entire storage facility, luckily not causing any injuries or fatalities in the nearby community.  An investigation determined that electrostatic charge buildup had caused a spark that ignited a solvent-air mixer in the vapor space in the vessel receiving naphtha from the tanker truck. In this episode, Traci Purdum, CP's editor-in-chief, reads an article from authors Tom Patnaik and Christian Stentzel -- both of Thaletec. The article was published May 21, 2025.

Nuclear power is experiencing a notable revival in policy circles. The Trump administration has moved quickly on this front, drafting executive orders to accelerate plant construction, directing the Pentagon to explore reactor installations on military bases, and reshaping the regulatory landscape. A recent $900 million solicitation for small modular reactors (SMRs) has been modified to emphasize technical merit and streamline deployment.But can America's nuclear renaissance actually deliver? Traditional nuclear plants remain staggeringly expensive—the recent Vogtle reactors in Georgia arrived seven years late and $35 billion over budget (the kind of numbers that make even venture capitalists nervous). A dozen startups are betting smaller, modular designs can slash costs and deployment times, but they face the triple threat of regulatory uncertainty, NIMBY resistance, and an energy market still obsessed with quarterly returns. Yet the alignment of energy security needs, climate goals, and now AI's voracious power requirements creates a potential inflection point for nuclear technology.Joining us to explore these questions are Ed Petit de Mange, Director of Fuel Recycling at Oklo, whose next-generation microreactors can operate on recycled nuclear fuel; Patrick O'Brien, Director of Government Affairs at Holtec International, bringing decades of industry experience to the SMR revolution, Kathleen Nelson Romans, Head of Commercial Development at Aalo Atomics, whose compact reactors aim to serve rapidly deployable off-grid and microgrid applications, and Emmet Penney, energy writer and Senior Fellow at FAI, who provides critical context on nuclear's role in our energy transition.

Jay Yu, President of Nano Nuclear Energy (NNE), joins Caroline Woods at the NYSE set to talk about the company's growth in nuclear power. He says the company is "coming to life" on creating micro reactors and is taking key steps to profitability. He also talks about how President Trump's executive orders meant to expedite the process on nuclear power plants applies to Nano Nuclear Energy. Jay notes A.I. acceleration as a prime tailwind when it comes to demand.======== 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 – / schwabnetwork Follow us on Facebook – / schwabnetwork Follow us on LinkedIn - / schwab-network About Schwab Network - https://schwabnetwork.com/about

James O'Connor, Fianna Fáil TD for Cork East // Lynn Boylan, Sinn Féin MEP for Dublin

This week, we talk Boiling Water Reactors (BWRs) with James Krellenstein, the CEO of Alva Energy. We dive into the engineering, history, and physics of these reactors, how they differ from other designs, and why the United States may have erred in not choosing the Advanced Boiling Water Reactor (ABWR) instead of the Westinghouse AP-1000 for the Vogtle nuclear power plant.For this episode, we've included a glossary below to help with unfamiliar terms:ABWR: Advanced Boiling Water ReactorATWS: Anticipated Transient Without ScramBORAX experiments: Historical experiments testing reactor limits through deliberate failuresBWR: Boiling Water ReactorCOPS: Containment Overpressure Protection SystemCRDM: Control Rod Drive MechanismESBWR: Economic Simplified Boiling Water ReactorFLEX: Diverse and Flexible Coping Strategies (post-Fukushima enhancements)FOAK: First of a kindIGSCC: Intergranular Stress Corrosion CrackingNOAK: N-nth of a kindNRC: Nuclear Regulatory CommissionNSSS: Nuclear Steam Supply System (N Triple-S)PRA: Probabilistic Risk AssessmentPWR: Pressurized Water ReactorRCIC: Reactor Core Isolation Cooling System RPV: Reactor Pressure VesselSLC: Standby Liquid Control SystemRead more on Substack!

In this episode of NUCLECAST, host Adam Lowther engages with Dr. Robert Kittinger to discuss various aspects of nuclear policy, including the importance of tritium production, the role of small modular reactors in military applications, and the interconnectedness of nuclear energy and weapons. They explore the implications of denuclearization and the need for a dedicated supply chain for nuclear components, while also addressing the historical context of nuclear deterrence and its significance in maintaining global peace.Dr. Kittinger, is a Senior Fellow at the National Institute for Deterrence Studies (NIDS). He spent 10 years at Sandia National Laboratories, culminating in the Nuclear Threat Science department and working in Nuclear Emergency Support and Counterterrorism & Counter-Proliferation (CTCP). During his time at Sandia, he was also a 2017 graduate of the prestigious Weapon Intern Program (WIP).Before joining Sandia, Dr. Kittinger spent over five years as a civilian in the U.S. Navy and was part of a five-person tech startup, BookLamp, which was acquired by Apple in 2013. Following his tenure at Sandia, he served as a senior researcher at Amazon and currently holds the role of Chief Research Officer at a MedTech company.Chapters00:00 Introduction to NUCLECAST and Guest Introduction01:14 Presidential Address and Nuclear Policy Discussion03:40 Tritium Production and Its Importance12:10 Challenges in Nuclear Supply Chain and Future Needs13:01 Small Modular Reactors and Their Military Applications18:04 Nuclear Energy and Weapons Interconnection20:31 Denuclearization and Global Peace Perspectives28:50 Wishes for the Future of Nuclear Energy and DeterrenceSocials:Follow on Twitter at @NucleCastFollow on LinkedIn: https://linkedin.com/company/nuclecastpodcastSubscribe RSS Feed: https://rss.com/podcasts/nuclecast-podcast/Rate: https://podcasts.apple.com/us/podcast/nuclecast/id1644921278Email comments and topic/guest suggestions to NucleCast@anwadeter.org

As the demand for clean energy and the push for decarbonization intensify, there's a renewed focus on large-scale nuclear reactors in the United States. In this episode, host Dave Whithead sits down with Dr. Luca Oriani, President of Long-Term Operations at Westinghouse, a company that has been leading nuclear power innovation for over a century. Dr. Oriani shares insights into the latest advancements in nuclear technology, the challenges and successes of the AP1000 reactors, and the future of nuclear power in the United States, globally, and potentially beyond.

My guest today is Ravi Gupta. Ravi is a Partner at Sequoia Capital and a host on Glue Guys, a podcast on the Colossus network that intersects business and sports. I wanted to have him back on Invest Like the Best to discuss his recent most recent blog post titled “AI or Die.” As both an investor and former Instacart operator and CFO, Ravi believes we're entering an era where the constraints that historically limited small teams are dissolving, creating unprecedented opportunities for those willing to embrace change aggressively. We discuss why traditional metrics of corporate success like headcount and process adherence may become liabilities, what it means to be a world-class reactor vs predictor, and how "magic per employee" and organizational agility will emerge as crucial measures of value creation. Please enjoy my conversation with Ravi Gupta. Subscribe to Colossus Review. For the full show notes, transcript, and links to mentioned content, check out the episode page here. ----- This episode is brought to you by Ramp. Ramp's mission is to help companies manage their spend in a way that reduces expenses and frees up time for teams to work on more valuable projects. Ramp is the fastest-growing FinTech company in history, and it's backed by more of my favorite past guests (at least 16 of them!) than probably any other company I'm aware of. Go to Ramp.com/invest to sign up for free and get a $250 welcome bonus. – This episode is brought to you by Ridgeline. Ridgeline has built a complete, real-time, modern operating system for investment managers. It handles trading, portfolio management, compliance, customer reporting, and much more through an all-in-one real-time cloud platform. I think this platform will become the standard for investment managers, and if you run an investing firm, I highly recommend you find time to speak with them. Head to ridgelineapps.com to learn more about the platform. – This episode is brought to you by AlphaSense. AlphaSense has completely transformed the research process with cutting-edge AI technology and a vast collection of top-tier, reliable business content. Imagine completing your research five to ten times faster with search that delivers the most relevant results, helping you make high-conviction decisions with confidence. Invest Like the Best listeners can get a free trial now at Alpha-Sense.com/Invest and experience firsthand how AlphaSense and Tegus help you make smarter decisions faster. ----- Editing and post-production work for this episode was provided by The Podcast Consultant (https://thepodcastconsultant.com).  Show Notes: (00:00:00) Learn About Ramp, Ridgeline, & Alphasense (00:06:00) Introduction to 'AI or Die' Essay (00:06:29) Initial Reactions to AI Advancements (00:08:24) The Concept of 'AI or Die' (00:10:40) Adapting to Rapid Technological Change (00:12:02) Using AI for Real Work (00:13:58) Evaluating Company Agility and AI Integration (00:18:58) The Cost of Employees in the AI Era (00:25:36) AI's Impact on Business Strategy (00:36:55) Changing Perspectives on AI Models (00:37:50) The Importance of Context in AI (00:39:09) Optimism in the Age of AI (00:40:22) Predictors vs. Reactors (00:42:54) AI Tools in Business Operations (00:46:07) The Future of Small Teams and Efficiency (00:49:01) Investing in the AI Era (00:55:11) The Role of Board Members in AI Adoption (00:57:22) Embracing Change with Humility (00:59:17) The Ghost of Competition (01:05:04) Seizing the AI Opportunity

This Week in Startups is brought to you by…Vanta. Get $1000 off your SOC 2 athttps://www.vanta.com/twistNorthwest Registered Agent. Form your entire business identity in just 10 clicks and 10 minutes. Get more privacy, more options, and more done—visitnorthwestregisteredagent.com/twist today!LinkedIn Ads. Get a $100 LinkedIn ad credit athttp://www.linkedin.com/thisweekinstartupsToday's show: Jason and Alex cover…TBDTimestamps:(0:00) Episode Teaser(1:16) Welcome Alex Wilhelm & Sam Lessin; Slow Ventures Creator Fund(3:49) Significance of the $60M creator-focused fund(5:47) Community-building and product development strategy(7:02) Mr. Beast's success as a case study(9:41) Vanta. Get $1000 off your SOC 2 athttps://www.vanta.com/twist(11:17) Financial structures and strategies in creator investments(14:14) Addressing challenges in creator-focused investing(19:46) Northwest Registered Agent. Form your entire business identity in just 10 clicks and 10 minutes. Get more privacy, more options, and more done—visitnorthwestregisteredagent.com/twist today!(22:24) Startups optimizing operations in challenging climates(24:50) Transition to fusion energy and Helion's technology(27:46) Helion's fusion technology and CEO David Kirtley(29:16) Commercial fusion power timeline(29:43) LinkedIn Ads. Get a $100 LinkedIn ad credit athttp://www.linkedin.com/thisweekinstartups(32:12) Fusion energy's market potential and agreements(33:39) Comparing fusion to other energy sources(36:10) Safety and environmental considerations for fusion(43:00) Helion's upcoming milestones and team expansion(44:00) Lon Harris on AI, copyright, and fair use(47:00) Exploring fair use and IP infringement in AI(53:00) Market impact and licensing for AI technologies(56:00) Financial implications for AI and copyright(58:00) Distinguishing personal vs. commercial use of copyrighted materialSubscribe to the TWiST500 newsletter:https://ticker.thisweekinstartups.comCheck out the TWIST500:https://www.twist500.comSubscribe to This Week in Startups on Apple:https://rb.gy/v19fcpFollow Sam Lessin:X:https://x.com/lessinLinkedIn:https://www.linkedin.com/in/wlessin/Follow Helion:X:https://x.com/Helion_EnergyLinkedIn:https://www.linkedin.com/company/helion-energy/Follow David Kirtley:X:https://x.com/dekirtleyLinkedIn:https://www.linkedin.com/in/david-kirtley-490b8230/Follow Alex:X:https://x.com/alexLinkedIn:⁠https://www.linkedin.com/in/alexwilhelmFollow Lon:X:https://x.com/LonsLinkedIn:https://www.linkedin.com/in/lonharris/Follow Jason:X:https://twitter.com/JasonLinkedIn:https://www.linkedin.com/in/jasoncalacanisThank you to our partners:(9:41) Vanta. Get $1000 off your SOC 2 athttps://www.vanta.com/twist(19:46) Northwest Registered Agent. Form your entire business identity in just 10 clicks and 10 minutes. Get more privacy, more options, and more done—visitnorthwestregisteredagent.com/twist today!(29:43) LinkedIn Ads. Get a $100 LinkedIn ad credit athttp://www.linkedin.com/thisweekinstartupsGreat TWIST interviews:Will Guidara,Eoghan McCabe,Steve Huffman,Brian Chesky,Bob Moesta,Aaron Levie,Sophia Amoruso,Reid Hoffman,Frank Slootman,Billy McFarlandCheck out Jason's suite of newsletters:https://substack.com/@calacanisFollow TWiST:Twitter:https://twitter.com/TWiStartupsYouTube:https://www.youtube.com/thisweekinInstagram:https://www.instagram.com/thisweekinstartupsTikTok:https://www.tiktok.com/@thisweekinstartupsSubstack:https://twistartups.substack.comSubscribe to the Founder University Podcast:https://www.youtube.com/@founderuniversity1916

Entrepreneur, rocket engineer, and nuclear expert Doug Bernauer joined Rep. Crenshaw to discuss the future of portable nuclear energy, colonies on Mars, and the bureaucratic inertia standing in their way. A fascinating conversation with lots of insights into the science and the regulatory environment of space exploration and nuclear power. Doug Bernauer is the CEO of Radiant Nuclear, a startup developing mass produced portable nuclear reactors. Before that, Doug spent 12 years working on a variety of research and development projects for SpaceX. Follow him on X at @DougBernauer. •    Learning from SpaceX's culture of innovation •    Overcoming the physical limitations of living on Mars •    Nuclear-powered rockets •    Small modular reactors and micro-reactors •    Bringing nuclear power to overseas military bases •    Risk analysis of nuclear power •    Uranium Fuel 101 •    What stalled the 1960s nuclear power boom? •    Regulatory reforms to kickstart nuclear again •    Bringing the SpaceX model to nuclear •    Deploying clean, cheap energy to remote regions •    A Russian nuclear power station on the moon?

Jeff Waksman, program manager for Project Pele, joins Dr. Chris Keefer to discuss the impetus for the military microreactor project, the logistics and energy challenges at the heart of modern warfare, and the technical considerations of microreactor development. Few voices are more qualified to speak on the state-of-the-art in tiny nuclear reactors. Tune in. Support Decouple: https://www.decouple.media

Nick Touran tells the story of Admiral Hyman Rickover, the “Father of the Nuclear Navy” and author of the legendary "Paper Reactor" memo. We discover how Rickover's hard-driving management and obsession with practical engineering shaped not just the US nuclear navy, but the entire landscape of modern nuclear power. Touran is manager of digital engineering at TerraPower and creator of Whatisnuclear.com. Decouple Substack: https://www.decouple.media/

Koroush Shirvan, an MIT professor and consultant on recent major reports on nuclear economics, sheds light on the hidden costs of small modular reactors. Lower power densities, ballooning containment and reactor vessel sizes, poor economies of scale, and missed opportunities for cost reductions mean that SMRs may not be the panacea for nuclear that many believe them to be.

The Chinese Communist Party claims it has made new breakthroughs in its push to develop fusion energy. The reactors are envisioned as the next generation of nuclear technology. But at the same time, the new developments may not be what they seem, and China is currently outspending the United States on the race to develop fusion energy. But some of the money is coming from an unlikely source. We'll discuss all this in this episode of “Crossroads.” *Views expressed in this video are opinions of the host and guests and do not necessarily reflect the views of The Epoch Times.    ⭕️

What are molten salt reactors, and how are they transforming the nuclear industry? In this episode, we delve into the latest developments of atomic energy with Dr. Matthew Memmott, an associate professor in the chemical engineering department at Brigham Young University. Dr. Memmott's research focuses on advanced nuclear reactor design, nuclear safety, and system modeling. Currently, he is honing in on molten salt micro-reactor technology – with an emphasis on fission products and transuranic bearing molten salts. Dr. Memmott also teaches fluid mechanics and introductory nuclear engineering at BYU. Join us now to find out: What molten salts are, and how they are revolutionizing nuclear energy. How nuclear meltdowns happen, and ways to prevent them.  The difference between traditional reactors and molten salt reactors. The unique advantages of molten salt reactors.   You can learn more about Dr. Matthew Memmott and his work here! Take advantage of a 5% discount on Ekster accessories by using the code FINDINGGENIUS. Enhance your style and functionality with premium accessories. Visit bit.ly/3uiVX9R to explore latest collection. Episode also available on Apple Podcasts: http://apple.co/30PvU9C