Podcasts about nuclear reactors

Daniel Sax of Canadian Strategic Missions Corporation joins Tom Heintzman, Vice Chair, Energy & Climate Finance, to discuss why a Canadian space and defence company is developing micro nuclear reactors for remote and mission-critical applications, and how the case for resilient power can strengthen Canada's energy security and sovereignty – from arctic development to lunar ambitions. Hosted by Simplecast, an AdsWizz company. See https://pcm.adswizz.com for information about our collection and use of personal data for advertising.

Connor Pugs tells a Storytime about an iPad Kid Tries To Build A Nuclear Reactor In His BedroomToday I tell a funny story time about a Gen Alpha brainrot iPad Kid who thinks he is actually a supervillan... and this story is similar to how iPads have officially destoryed gen alpha, and how gen alpha kids can't spell, but not similar to kids crashing out over nothing (like my last story was!) i hope you enjoy! Listen to my stories on Spotify:

The following article of the Oil & Gas industry is: “Why Mexico Should Embrace Small Nuclear Reactors for Energy Needs” by Patricio Gamboa, Founding Partner, Energy Intelligence Consulting.

WBZ NewsRadio's Jim MacKay reports.See omnystudio.com/listener for privacy information.

Day 1,539.Today, while Russia unleashes another huge aerial assault across Ukraine – as President Donald Trump insists the war could end soon – we examine Kyiv's race to develop a new weapon and report on a deadly strike that the United Nations says hit one of its trucks. Then we bring you the latest from the NATO Eastern Flank summit in Romania as allies confront mounting fears over regional security, before looking at an investigation into a sunken Russian ship that was allegedly carrying nuclear reactors to North Korea. And later, in a special report from Kherson, a Telegraph journalist is forced to flee for cover as Russian drones hunt targets above the city.Contributors:Francis Dearnley (Host on Ukraine: The Latest). @FrancisDearnley on X.Dominic Nicholls (Host on Ukraine: The Latest). @DomNicholls on X.Adrian Blomfield (Senior Foreign Correspondent). @Adrianblomfield on X.CONTENT REFERENCED:I was hunted in Russia's 'drone safari' in Kherson (Adrian Blomfield for The Telegraph):Video: https://www.youtube.com/watch?v=VNQSY6NaPhY Long Read: https://www.telegraph.co.uk/world-news/72-Hours-in-Kherson-red-zone/ Is Ukraine winning the war? The three facets of the 2026 counter-offensive (Dom's film for The Telegraph incl. discussion of Kyiv's use of data):https://www.youtube.com/watch?v=l-LWZtJBCwY German soldiers attacked at Nato base ‘by masked assailants' (The Telegraph):https://www.telegraph.co.uk/world-news/2026/05/12/german-soldiers-attacked-nato-base-masked-assailants/ Zelenskiy meets Palantir CEO as Ukraine expands use of AI in war (Reuters):https://www.reuters.com/world/europe/zelenskiy-meets-palantir-ceo-ukraine-expands-use-ai-war-2026-05-12/ A Russian ship sank in mysterious circumstances. It may have been carrying submarine nuclear reactors to North Korea (CNN):https://edition.cnn.com/2026/05/12/world/a-russian-ship-sank-in-mysterious-circumstances-it-may-have-been-carrying-nuclear-reactors-to-north-korea NATO's frontline countries jockey for US troops after Trump's Germany withdrawal (POLITICO):https://www.politico.eu/article/nato-frontline-countries-jockey-for-us-troops-after-donald-trump-germany-withdrawal/ Contact the team on ukrainepod@telegraph.co.uk . We continue to read every message, and seek to respond to as many on air and in our newsletter as possible.HIGHLIGHTS:- Exclusive: 72 hours dodging Russia's ‘drone safari' in Kherson- Did NATO sink this Russian ship carrying nuclear reactors to North Korea? Hosted on Acast. See acast.com/privacy for more information.

Bongani Bingwa is joined by Adam Gilchrist to unpack major global stories making headlines, including growing concerns over the economic impact of the Iran conflict on global oil, fuel and fertiliser supplies. They also discuss the mystery surrounding a sunken Russian cargo ship reportedly carrying nuclear reactors off the coast of Spain, and the renewed spotlight on The Beatles after plans for a new museum linked to the iconic band in London. 702 Breakfast with Bongani Bingwa is broadcast on 702, a Johannesburg based talk radio station. Bongani makes sense of the news, interviews the key newsmakers of the day, and holds those in power to account on your behalf. The team bring you all you need to know to start your day Thank you for listening to a podcast from 702 Breakfast with Bongani Bingwa Listen live on Primedia+ weekdays from 06:00 and 09:00 (SA Time) to Breakfast with Bongani Bingwa broadcast on 702: https://buff.ly/gk3y0Kj For more from the show go to https://buff.ly/36edSLV or find all the catch-up podcasts here https://buff.ly/zEcM35T Subscribe to the 702 Daily and Weekly Newsletters https://buff.ly/v5mfetc Follow us on social media: 702 on Facebook: https://www.facebook.com/TalkRadio702 702 on TikTok: https://www.tiktok.com/@talkradio702 702 on Instagram: https://www.instagram.com/talkradio702/ 702 on X: https://x.com/Radio702 702 on YouTube: https://www.youtube.com/@radio7See omnystudio.com/listener for privacy information.

Bongani Bingwa is joined by Adam Gilchrist to unpack major global stories making headlines, including growing concerns over the economic impact of the Iran conflict on global oil, fuel and fertiliser supplies. They also discuss the mystery surrounding a sunken Russian cargo ship reportedly carrying nuclear reactors off the coast of Spain, and the renewed spotlight on The Beatles after plans for a new museum linked to the iconic band in London. 702 Breakfast with Bongani Bingwa is broadcast on 702, a Johannesburg based talk radio station. Bongani makes sense of the news, interviews the key newsmakers of the day, and holds those in power to account on your behalf. The team bring you all you need to know to start your day Thank you for listening to a podcast from 702 Breakfast with Bongani Bingwa Listen live on Primedia+ weekdays from 06:00 and 09:00 (SA Time) to Breakfast with Bongani Bingwa broadcast on 702: https://buff.ly/gk3y0Kj For more from the show go to https://buff.ly/36edSLV or find all the catch-up podcasts here https://buff.ly/zEcM35T Subscribe to the 702 Daily and Weekly Newsletters https://buff.ly/v5mfetc Follow us on social media: 702 on Facebook: https://www.facebook.com/TalkRadio702 702 on TikTok: https://www.tiktok.com/@talkradio702 702 on Instagram: https://www.instagram.com/talkradio702/ 702 on X: https://x.com/Radio702 702 on YouTube: https://www.youtube.com/@radio7See omnystudio.com/listener for privacy information.

This Week’s Featured Story: Radiation and Public Health Project (RPHP) just released a new study on infant mortality rates in San Luis Obispo County in proximity to the Diablo Canyon Nuclear Power Plant, comparing the levels in infant deaths and premature births from before the nuclear reactors were built to today. Epidemiologist Joseph Mangano, founder...

Henry Sokolski warns that the Bushehr nuclear reactor's spent rods could produce plutonium for weapons. He criticizes past negotiation failures and urges the current administration to establish stricter surveillance standards during all ongoing nuclear talks. (3)1721 PERSIA

In this episde we talk to undercover policeman turned crime writer Neil Lancaster about his latest Max Craigie novel and the mysterious Scottish grave that led to the series. We also chat about Neil's previous life guarding nuclear reactors - in the company of dogs.

Liz Muller convinced her dad Richard to forego retirement and become an entrepreneur. The result is a revolutionary approach to making atomic energy cheaper and safer. For more than a decade, Elizabeth Muller and her father have taken a three-mile hike, usually twice a week, through the hills of Berkeley, California, stopping for coffee and brainstorming on the way. “I would have an idea and she would have an idea,” says Richard A. Muller, who devised the modern carbon dating method used to determine the age of ancient plant and animal remains before he was 33 and won a MacArthur Foundation “genius” award at 38. Now, after 40 years of teaching at the University of California at Berkeley, the 82-year-old physicist is on the verge of having his greatest commercial impact, thanks to his business-minded daughter and those long walks. “Nuclear brings out big emotions on all sides,” says Liz, 47. “As a kid growing up in Berkeley, all my teachers and friends were anti-nuclear, and the city became a nuclear-free zone.” She too leaned anti-nuke, even though her father's mentor, Nobel Prize winner Luis Alvarez—who worked with Robert Oppenheimer on the first atomic bomb—was “like a grandfather to me.” But after college at UC San Diego, she moved to Paris in 1999 to earn a master's at ESCP Business School and worked in international finance there for eight years. In France, she explains, everyone supported nuclear power as a “clean, reliable global warming solution.” She returned to Berkeley determined to tap her dad's genius.  In 2022, on one of those walks, the Mullers hatched the idea behind their nuclear power startup, Deep Fission. The concept is surprisingly simple: Drill a 30-inch-diameter borehole a mile into the earth, fill it with water, then insert a teeny-tiny nuclear reactor that will boil the water at the bottom and send it up a separate pipe to run a steam turbine. Each hole will generate 15 megawatts, enough to power 12,000 homes. Put 70 of them in a field and you can power a one-gigawatt artificial intelligence data center.  Once up and running, it should also be cheap (about six cents a kilowatt hour, they estimate), because sticking a reactor deep in the ground under 160 times atmospheric pressure eliminates 80% of traditional power plant costs, which go to concrete buildings and thick steel vessels. “We are using the gravity of the water to give the reactor the same pressure,” Richard explains.  Last August the Department of Energy inclu­ded Deep Fission as one of ten companies in its Reactor Pilot Program, designed to quickly test a new generation of smaller reactors that are easier to build. “The pull of electric demand from data centers warranted a new approach,” says Rian Bahran, deputy assistant secretary for nuclear at the DOE. While the other reactors are innovative in their own ways, they're all variations of the traditional above-ground model. Read the full story on Forbes: By Christopher Helman https://www.forbes.com/sites/christopherhelman/2026/04/02/acclaimed-physicist-and-his-daughter-are-burying-tiny-nuclear-reactors-a-mile-underground/ Learn more about your ad choices. Visit megaphone.fm/adchoices

Seventy years ago, Homi Bhabha designed a three-stage nuclear plan built around one idea: that India's future was thorium, not uranium. The science was proven, the reactors were built, and by 1996, India had already demonstrated a thorium fuel cycle at an experimental reactor in Kalpakkam.What it never did was take it to commercial scale. In 2025, an eight-year-old American startup did exactly that — with a fuel designed specifically for Indian reactors, and a former chairman of India's Atomic Energy Commission on its board of advisors. So what happened in between?Tune in.Daybreak is produced from the newsroom of The Ken, India's first subscriber-only business news platform. Subscribe for more exclusive, deeply-reported, and analytical business stories.

This show has been flagged as Clean by the host. 01 Introduction This episode is the eighth and final one in an 8 part series on nuclear reactor technology. In this episode I will talk about future reactor technologies, particularly what are referred to as "Generation IV" reactors. Some of these will be simply additional developments of reactors that have already been discussed in this series, but this will show what technologies are seen as most promising today. 03 What is Generation IV Generation IV International Forum is an international organization whose membership is composed of many of the countries that are researching advanced fission reactors. Their goal is to conduct a number of joint research projects to advance the state of the art. The members agree to participate in and share research on advanced technologies. 04 Research Subjects 05 Lead Fast Reactors (LFR) 08 Sodium Fast Reactor (SFR) 10 Gas-Cooled Fast Reactor (GFR) 13 Very High Temperature Reactor (VHTR) 16 Molten Salt Reactors (MSR) 19 Super Critical Water Reactors (SCWR) 27 Episode Conclusion In this episode we looked at the reactor types being studied under an international organization called the "Generation IV International Forum". All of these reactor types except for supercritical water reactors are not new and we have looked at them previously. Supercritical water reactors themselves represent the natural evolution of water cooled reactors. I expect that many of these research projects will not result in commercially successful results. Such is the nature of R&D. The supercritical water reactors would on the surface seem to have the most promise in terms of commercial use, as they focus on bringing two very well established technologies together, water cooled reactors and supercritical water. However, I'm not an expert in this field, so I'm just making an educated guess on that. 30 Series Conclusion This is the end of the series on nuclear reactor technology. Episode 1 covered nuclear basics, including basic terminology and civil versus military nuclear material. Episode 2 covered nuclear fuel, including the different types, recycling of spent fuel, uranium and thorium resources, and medical isotopes. Episode 3 covered reactor basics, including slow versus fast reactors, moderators, coolants, steam generation, refuelling methods, and the three main commercial reactor types. Episode 4 covered the less common reactor types, including types which are no longer used, some historical developmental dead ends, and some types which may possibly be making a come back. Episode 5 covered fast reactors, including the different types, some of their history, why they were developed, and why they have so far only seen limited use. Episode 6 covered thorium reactors, including what is thorium and how it differs from uranium, why there is interest in thorium, what sorts of reactors can use thorium, and why thorium has not yet seen widespread use. Episode 7 covered small modular reactors or SMRs, what the reason is for developing them, what are the different ways they may be used, and where they are currently being built. Episode 8 covered "Generator IV" reactors which is a collection of future technologies. I hope that this series has been useful and informative on how nuclear reactors work and what the different types of reactors and different types of fuel are. I have focused on the past and present without looking very much beyond what is already developed except in this final episode. I have focused on the reactors, fuel, and medical isotopes, without much discussion of mining, refining, converting, enrichment, fuel fabrication, or disposal. I also haven't talked much about the rest of a functioning power plant, which includes cooling, steam turbines, generators, transformers, control systems, refuelling systems, switch gear, transmission grid connections, grid coordination, and many, many other things. And of course there's the entire grid itself, a very complex thing when operated at scale. None the less we count on the lights going on when we turn on the light switch while seldom thinking about all the things that go on behind the scenes to make that happen. As the recent blackout in Spain shows, that is something that we can't take for granted. With plans for "Net Zero" amounting essentially to the further electrification of everything, we need reliable sources of electrical energy to make that happen. Without reliable energy available at the touch of a switch, we don't even have a stone age civilization, let alone a modern one. So think about that the next time you turn on the lights or listen to a podcast or do nearly anything else in your daily life. This concludes the eighth and final episode of an 8 part series on nuclear reactor technology. Provide feedback on this episode.

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APAC stocks rebounded from yesterday's sell-off as the region took impetus from the positive handover from Wall Street, where the Nasdaq led the advances on tech strength, while geopolitics remained in focus.US President Trump said they are in a very strong position, and that Iran's missiles and launchers are being wiped out, while he added that they will continue forward.Iranian Foreign Minister says Washington will regret targeting Iranian frigate in international waters, Sky News Arabia reported.China set its 2026 GDP growth target at 4.5%-5.0%, as expected (prev. ‘around 5%'), and CPI at around 2%, while it plans to issue CNY 800bln in new policy financing tools and aims to create more than 12mln urban jobs.European equity futures indicate a lower cash market open with Euro Stoxx 50 futures down 0.9% after the cash market closed with gains of 1.7% on Wednesday.Looking ahead, highlights include Swedish CPIF prelim. (Feb), EZ Retail Sales (Jan), US Challenger Job Cuts (Feb), US Export/Import Prices (Jan), Jobless Claims, South Korean CPI (Feb), ECB Minutes (Feb) & BoE's DMP, Speakers including ECB President Lagarde, de Guindos & Fed's Bowman, Supply from Spain, France & UK, Earnings from Marvell, Costco, Kroger, JD.com & Victoria's Secret.Read the full report covering Equities, Forex, Fixed Income, Commodites and more on Newsquawk

The U.S. has issued its first nuclear reactor permit in nearly a decade. AP correspondent Mike Hempen reports.

This show has been flagged as Clean by the host. 01 Introduction This episode is the seventh in an 8 part series on nuclear reactor technology. In this episode we will describe a topic which has been in the news in recent years, which is "small modular reactors", or SMRs for short. 03 What is an SMR? Basic Definition A small modular reactor is a nuclear reactor that is designed to be largely built in a factory and subject to as little on-site assembly as possible. The main goal is to lower costs by reducing construction times and allowing a more rapid start of return on investment. 04 Sized Based Definition Some people put a numerical size limit on SMRs, saying that they must be no larger than 300 MW to qualify as an SMR. However this limit is not universally accepted, and not all SMR designs fall within this arbitrary limit. I will ignore this numerical limit and just consider anything to be an SMR if it meets the criteria of being largely built in a factory with minimal on-site assembly. 05 The Actual Goal of the SMR Idea The actual goal of the SMR idea is to build reactors rapidly and efficiently on more or less an assembly line basis rather than hand crafting each one. One engineer in the nuclear industry has compared building reactors to building ships. Traditional shipbuilding techniques involved assembling each ship from the keel up on the slipways from individual components. 06 Newer shipbuilding techniques assemble ships as separate "blocks" inside factory-like buildings and then join completed blocks together in a final assembly stage. This requires careful planning and tight quality control, but it results in building ships much more rapidly and economically. This engineer said that SMRs are attempting to bring this newer way of doing things to the nuclear reactor industry as well. 07 SMR Categories - Small Versus Micro 08 Small SMRs 09 Small SMRs and Small Grids 10 Micro SMRs for Micro Loads 13 Micro SMRs for Large Industry 14 SMRs to Power Data Centres 15 What's This Nonsense About "Micro Small Modular Reactor" You Ask? 17 Small Reactors and Modular Reactors That Are Not SMRs 20 Standard Versus Proprietary Fuel 23 Where SMRs are Currently Being Built 24 HTR-PM in China 28 Repurposed Ship Reactors in Russia 31 300 MW BWR in Canada 33 470 MW PWR in UK 35 25 MW PWR in Argentina 37 Various Experimental SMRs 38 Modular Large Reactors 40 Conclusion SMRs are a new trend in nuclear reactor design. However, they are really two different things which fill two different needs. One style is intended to adopt designs which allow for more rapid construction with more of the work being done in the factory and less on the construction site, with the overall goal of reducing costs. The other style is to provide very small reactors to power remote communities and mines, or to provide process heat to large industries. The first SMRs are in operation or under construction. The most promising grid scale designs at present are simply scaled down and simplified conventional designs that use standard commercial fuel. Larger reactors will incorporate modular construction techniques, blurring the lines between them and SMRs. In the next episode we will talk about future reactor technologies, particularly what are referred to as "Generation IV" reactors. Provide feedback on this episode.

Shoot us a Text.Episode #1272: Uber drops $100M to power up its autonomous future., Tesla's first Cybercab rolls off the line with no wheel and no pedals — but is FSD ready? Meanwhile, the U.S. military airlifts a next-gen mini nuclear reactor.Uber is doubling down on autonomy with a $100M bet on charging infrastructure, aiming to lock in self-driving scale before competitors do. As Tesla, Waymo, and others race for robotaxi dominance, Uber wants to own the backbone.Uber will invest over $100M to build DC fast-charging hubs at autonomous depots and high-traffic “pit stop” locations.Initial rollout hits the Bay Area, LA, and Dallas before expanding nationwide.Uber is partnering globally with EVgo, Electra, Ionity, and others through “utilization guarantee agreements” to accelerate charger deployment.Tesla's first Cybercab has rolled off the line at Gigafactory Texas — a purpose-built robotaxi with no steering wheel, no pedals, and no human fallback. It's the purest expression yet of Tesla's Full Self-Driving vision… and its biggest bet.Cybercab depends entirely on Tesla's FSD software — the same system currently powering its Austin and San Francisco robotaxi pilots.In Austin, that fleet has logged roughly one crash every 57,000 miles, compared to Tesla's own cited human average of 229,000 miles per crash — raising real questions about Cybercab readiness.Musk says Tesla needs 10 billion miles of data to achieve safe unsupervised driving, a threshold projected around mid-2026 — before additional training, validation, and debugging.The U.S. military just airlifted a next-generation mini nuclear reactor to Utah — the first time a modern modular reactor has flown on a military aircraft. It's part of a broader push to fast-track advanced nuclear for national security and grid resilience.Three C-17s transported Valar Atomics' unfueled Ward 250 reactor to Hill Air Force Base for testing.The system will begin testing at 250 kilowatts and can scale to 5 megawatts — enough to power roughly 5,000 homes.As Utah Gov. Spencer Cox put it: “Energy is not just an economic issue… it is a national security issue as well.”Today's show is brought to you by ESi-Q. ESi-Q measures employee satisfaction and provides actionable insight into what's driving employee engagement and turnover - befoJoin Paul J Daly and Kyle Mountsier every morning for the Automotive State of the Union podcast as they connect the dots across car dealerships, retail trends, emerging tech like AI, and cultural shifts—bringing clarity, speed, and people-first insight to automotive leaders navigating a rapidly changing industry.Get the Daily Push Back email at https://www.asotu.com/ JOIN the conversation on LinkedIn at: https://www.linkedin.com/company/asotu/

Tony talks about how China has 38 nuclear reactors under construction while the E.U. has 2 and the U.S. has 0. Tony also talks about ICE agents who made untruthful statements getting investigated by the DOJ. See omnystudio.com/listener for privacy information.

For review:1. The U.S. Air Force on Tuesday awarded Boeing a sole-source contract for newvGBU-57 Massive Ordnance Penetrator bombs , to replace the munitions used in last June's strikes on Iranian nuclear facilities.2. Iran launched live-fire naval exercises in the Strait of Hormuz on Monday.The drill, called "Smart Control of the Strait of Hormuz," was led by the naval forces of the Islamic Revolutionary Guard Corps (IRGC) under the supervision of IRGC Commander in Chief Maj. Gen. Mohammad Pakpour.3.Israeli Prime Minister Benjamin Netanyahu said he had told U.S. President Donald Trump to make four key demands of Iran in any deal to avert military strikes against the Islamic regime in Tehran.- All enriched uranium must leave Iran.- Iran to have no enrichment capability.- Limits on the range of Iranian ballistic missiles (Range of 300km and under).- Dismantle support/infrastructure for Iranian militia proxies in the Region.4. Foreign Minister Abbas Araghchi and his delegation left for the Swiss city after the first round of indirect talks took place in Oman last week. Oman will mediate the talks in Geneva, the IRNA state-run news agency reported on its Telegram channel.Mr. Araghchi is also expected to meet with his Swiss and Omani counterparts, as well as the director general of the U.N.'s atomic watchdog, the International Atomic Energy Agency.5. A Republican senator seen as close to US President Donald Trump suggested Monday that an American decision on potential military action against Iran was “weeks, not months” away and opined that it would be a “strategic victory” for the Islamic Republic if its supreme leader isn't toppled amid the current standoff.6. Lebanon's government says its army will have a four-month extendable period to implement phase two of the military's plan to disarm Hezbollah in south Lebanon.Phase two covers an area north of the Litani river.7. The Israel Defense Forces on Sunday evening said that it carried out an airstrike targeting members of the Palestinian Islamic Jihad terror group in eastern Lebanon, close to the Syrian border.8. A Ukrainian delegation was heading to Geneva on Monday for another round of U.S.-brokered talks with Russian officials, There was no anticipation of any significant progress on ending the war at the Tuesday-Wednesday meeting in Switzerland as both sides appear to be sticking to their negotiating positions on key issues.9. US Secretary of State Rubio sharply criticized the UN for having “virtually no role” in resolving conflicts, and called for global institutions to be reformed.“The United Nations still has tremendous potential to be a tool for good in the world,” he told the Munich conference.“But we cannot ignore that, today, on the most pressing matters before us, it has no answers and has played virtually no role,” he said.10. Slovak Prime Minister Robert Fico has announced his country is in talks with the United States to buy an additional four F-16 fighter jets on top of the 14 copies already ordered.11. Estonia's arms procurement agency has signed a contract with France and KNDS for the acquisition of 12 additional Caesar self-propelled howitzers.The newly ordered systems are scheduled for delivery later this year.12. The Pentagon, along with the Department of Energy, on Sunday airlifted a small nuclear reactor, the first such transportation as the Trump administration looks to quickly deploy nuclear power across the U.S.The Ward 250 is a 5 megawatt nuclear reactor that could potentially power roughly 5,000 homes, according to the Pentagon. 

An historic first happening here in Utah: a nuclear reactor delivered to the state by airplane. The reactor touched down at Hill Air Force Base yesterday and is now heading to an energy lab in Emery County. Once activated, the reactor could power roughly 5,000 homes.  Many have expressed concerns about the small reactors, mostly worried about potential safety issues. In this Deep Dive, Maria Shilaos gets the breakdown of the safety features in these reactors from Kirt Marlow, Senior VP of Energy Development at HiTech Solutions. Lexi Tuddenham, Executive Director of HEAL Utah also joins the show to share more on the concerns her organization has with this focus on nuclear energy.

This show has been flagged as Clean by the host. Thorium Reactors 01 Introduction In this episode we will describe the use of thorium in nuclear power, including what thorium is, how it differs from uranium, and what sort of reactors can use it. 03 What is thorium 05 How thorium differs from uranium 07 Sources of Thorium 09 Why there is interest in using thorium as a fuel 10 Abundance of Thorium 11 Some Countries Have a Lot of It 12 Thorium Breeder Reactors are Simpler than Uranium Breeder Reactors 14 Supposed Lower Nuclear Weapons Potential 16 What is Thorium Breeding 20 Breeding Ratio 21 What sorts of reactors can use thorium 22 PHWRs - Heavy Water Reactors (Including CANDU) 24 HTR - High Temperature Gas Cooled Reactors 26 MSR - Molten Salt Reactors 29 Light Water Reactors (PWR, BWR) 31 Fast Neutron Reactors 32 The Challenges Facing Thorium Fuelled Reactors 37 Thorium in India - An Example Use Case 39 Why is India Pursuing Using Thorium? 40 How a Thorium Fuel Cycle Would Work in India 43 Current Status 46 Conclusion Thorium is an abundant material that is seen as an alternative to uranium in nuclear power. Experimental thorium power reactors date back to at least the 1960s. No new reactor technology is required to use thorium. Existing well proven reactor designs which have been in use for decades can use thorium as fuel. The common light water reactor designs that popular in some countries however are not well suited to using thorium. Initial interest in thorium was mainly driven by a perception that uranium would be in short supply in future, and slow neutron thorium reactors were cheaper and simpler than fast neutron uranium reactors. However, huge new high grade supplies of uranium were found in a number of countries, causing uranium prices to fall and reducing interest in finding alternatives. While some R&D continues on thorium fuel in a number of countries, the mainstream of development continues to be on uranium based fuel. Some countries with abundant thorium reserves though maintain a major interest in thorium, with India being the prime example. In the next episode we will describe small modular reactors. Provide feedback on this episode.

Spurred by a suite of executive orders and investments from the federal government, new nuclear reactors are coming soon. Or the announcements are at least.  The advanced nuclear sector has found itself in the spotlight as companies race to acquire licenses and permits aimed at achieving "criticality.” But what do these milestones signify? And is hitting the deadlines even feasible? In this episode, Shayle talks to Katy Huff,  former assistant secretary for nuclear energy at the Department of Energy and current associate professor at the University of Illinois. They unpack the wave of new nuclear announcements, the realities of navigating an arcane regulatory gauntlet, and what Katy considers a realistic timeline for new nuclear deployment. Shayle and Katy cover topics like: The NRC's “murky” pre-application process The differences between various licensing pathways Why Katy views the DOE's goal to have three reactors reach criticality by July 4th as “an extremely aggressive milestone” Upcoming revised guidance on nuclear radiation dose rates The challenges facing the DOE amidst a staff shortage Katy's assessment of a feasible timeline for getting new reactors operational Why Katy doesn't think microreactors are economically scalable…yet Catalyst: The US nuclear groundswell Open Circuit: Inside Meta's massive nuclear push Latitude Media: The self-inflicted hurdles facing Trump's nuclear orders Latitude Media: The Department of Energy's 2026 playbook⁠ Credits: Hosted by Shayle Kann. Produced and edited by Max Savage Levenson. Original music and engineering by Sean Marquand. Stephen Lacey is our executive editor. Catalyst is brought to you by Uplight. Uplight activates energy customers and their connected devices to generate, shift, and save energy—improving grid resilience and energy affordability while accelerating decarbonization. Learn how Uplight is helping utilities unlock flexible load at scale at ⁠uplight.com⁠.  Catalyst is brought to you by Antenna Group, the public relations and strategic marketing agency of choice for climate, energy, and infrastructure leaders. If you're a startup, investor, or global corporation that's looking to tell your climate story, demonstrate your impact, or accelerate your growth, Antenna Group's team of industry insiders is ready to help. Learn more at ⁠antennagroup.com⁠. 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.

This show has been flagged as Explicit by the host. New hosts Welcome to our new hosts: Jim DeVore, Carmen-Lisandrette. Last Month's Shows Id Day Date Title Host 4544 Thu 2026-01-01 Uncommon Commands, Episode 2 Deltaray 4545 Fri 2026-01-02 YouTube Subscriptions 2025 #12 Ahuka 4546 Mon 2026-01-05 HPR Community News for December 2025 HPR Volunteers 4547 Tue 2026-01-06 Cheap Yellow Display Project Part 6: The speed and timing of Morse Trey 4548 Wed 2026-01-07 YouTube Subscriptions 2025 #13 Ahuka 4549 Thu 2026-01-08 [deprecated] Pomodoro Task Tool (pomotask.sh) candycanearter 4550 Fri 2026-01-09 Playing Civilization V, Part 7 Ahuka 4551 Mon 2026-01-12 “Elsbeth in IT: Since '97” (Part 2) Elsbeth 4552 Tue 2026-01-13 Printer Conspiracy MrX 4553 Wed 2026-01-14 Nuclear Reactor Technology - Ep 4 Less Common Reactor Types Whiskeyjack 4554 Thu 2026-01-15 How I do todo Jim DeVore 4555 Fri 2026-01-16 HPR Beer Garden 8 - Belgian Christmas Ales Kevie 4556 Mon 2026-01-19 Nitro man! RC Cars operat0r 4557 Tue 2026-01-20 Why I prefer tar to zip Klaatu 4558 Wed 2026-01-21 YouTube Subscriptions 2025 #14 Ahuka 4559 Thu 2026-01-22 Enkele off line vertaaltools Ken Fallon 4560 Fri 2026-01-23 Arthur C. Clarke: Other Works, Part 2 Ahuka 4561 Mon 2026-01-26 A bit about Mission:Libre, a new project for 11-14 year olds in free software Carmen-Lisandrette 4562 Tue 2026-01-27 Software development doesn't end until it's packaged Klaatu 4563 Wed 2026-01-28 Nuclear Reactor Technology - Ep 5 Fast Reactors Whiskeyjack 4564 Thu 2026-01-29 MakeMKV error Archer72 4565 Fri 2026-01-30 HPR Beer Garden 9 - Barley Wine Kevie Comments this month These are comments which have been made during the past month, either to shows released during the month or to past shows. There are 20 comments in total. Past shows There are 6 comments on 5 previous shows: hpr4313 (2025-02-12) "Why I made a 1-episode podcast about a war story" by Antoine. Comment 3: Ken Fallon on 2026-01-23: "Spammer" hpr4424 (2025-07-17) "How I use Newsboat for Podcasts and Reddit" by Archer72. Comment 7: Ken Fallon on 2026-01-03: "Some podcast aggregators show ccdn.php as file name #321" Comment 8: Archer72 on 2026-01-05: "Re: download-filename-format for HPR podcasts" hpr4532 (2025-12-16) "Cheap Yellow Display Project Part 5: Graphical User Interface " by Trey. Comment 2: Ken Fallon on 2026-01-10: "Possible Graphics Library" hpr4536 (2025-12-22) "Welcome to the Linux Community" by Deltaray. Comment 6: Archer72 on 2026-01-05: "Re: Good talk CliMagic" hpr4543 (2025-12-31) "Nuclear Reactor Technology - Ep 3 Reactor Basics" by Whiskeyjack. Comment 2: Kevin O'Brien on 2026-01-01: "Really enjoying this series" This month's shows There are 14 comments on 9 of this month's shows: hpr4546 (2026-01-05) "HPR Community News for December 2025" by HPR Volunteers. Comment 1: Archer72 on 2026-01-06: "Nuclear Reactor series"Comment 2: Henrik Hemrin on 2026-01-07: "Linux" hpr4551 (2026-01-12) "“Elsbeth in IT: Since '97” (Part 2)" by Elsbeth. Comment 1: operat0r on 2026-01-15: "White Male" hpr4552 (2026-01-13) "Printer Conspiracy" by MrX. Comment 1: candycanearter07 on 2026-01-24: "printer issues" hpr4554 (2026-01-15) "How I do todo" by Jim DeVore. Comment 1: brian-in-ohio on 2026-01-17: "Welcome"Comment 2: candycanearter07 on 2026-01-24: "good first show!" hpr4555 (2026-01-16) "HPR Beer Garden 8 - Belgian Christmas Ales" by Kevie. Comment 1: KarldaTech on 2026-01-16: "Christmas Ale" hpr4557 (2026-01-20) "Why I prefer tar to zip" by Klaatu. Comment 1: candycanearter07 on 2026-01-20: "interesting experiment" hpr4559 (2026-01-22) "Enkele off line vertaaltools " by Ken Fallon. Comment 1: ClaudioM on 2026-01-23: "Just What I Needed!"Comment 2: mnw on 2026-01-26: "Great Recommendations!" hpr4561 (2026-01-26) "A bit about Mission:Libre, a new project for 11-14 year olds in free software" by Carmen-Lisandrette. Comment 1: Henrik Hemrin on 2026-01-27: "Happy to learn about the project"Comment 2: candycanearter07 on 2026-01-28: "cool project" hpr4563 (2026-01-28) "Nuclear Reactor Technology - Ep 5 Fast Reactors" by Whiskeyjack. Comment 1: mnw on 2026-01-29: "Great Series"Comment 2: Whiskeyjack on 2026-01-29: "hpr4563 :: Nuclear Reactor Technology - Ep 5 Fast Reactors" Mailing List discussions Policy decisions surrounding HPR are taken by the community as a whole. This discussion takes place on the Mailing List which is open to all HPR listeners and contributors. The discussions are open and available on the HPR server under Mailman. The threaded discussions this month can be found here: https://lists.hackerpublicradio.com/pipermail/hpr/2026-January/thread.html Events Calendar With the kind permission of LWN.net we are linking to The LWN.net Community Calendar. Quoting the site: This is the LWN.net community event calendar, where we track events of interest to people using and developing Linux and free software. Clicking on individual events will take you to the appropriate web page. Provide feedback on this episode.

This show has been flagged as Clean by the host. Fast Reactors 03 Fast versus Slow Neutrons "Fast neutron" reactors are ones which use the "fast neutron" reaction. This is as opposed to "slow" or "thermal" neutron reactors which use a slow neutron reaction. Nearly all reactors in use today use a slow neutron reaction. 04 Moderators 06 No Moderator in Fast Neutron Reactors 07 Burners versus Breeders 08 Fast Fission Fuel Cycle 08 "Typical" Fuel 09 Other Methods 10 Reprocessing 11 Fuel Types 11 Oxide 12 Metal 13 Nitride 14 Carbide 15 Coolant 16 Liquid Sodium 18 Liquid Lead or Lead-Bismuth 19 Helium Gas 20 Molten Salt 21 History of Fast Neutron Reactors 21 Origins 22 Reasons for Developing Them 23 Reasons They are Still Being Developed 24 This is a Proven Technology 25 Plutonium Stockpiles 26 Pros and Cons of Fast Reactors If fast reactors are more expensive and difficult to operate than slow reactors, why is there any interest in them? 27 Pros Fast neutron reactors can use all of the uranium supply by converting the U-238 to plutonium as well as using the U-235. Slow neutron reactors can only use the U-235 plus converting a very small proportion of the U-238 to plutonium. This means that a given amount of fuel will go much further when used with a fast neutron reactor than a slow one. 28 Some (but not all) fast neutron reactors can produce more plutonium than they use. This extra plutonium can be used to make uranium-plutonium mixed oxide (or MOX) fuel to be used in slow reactors, or it can be used to power a thorium fuel cycle. So the higher cost of the fast neutron reactors can be offset by having it produce fuel for several slow neutron or thorium reactors. 29 They can also use up or "burn" radioactive waste. That is, highly radioactive elements which are a byproduct of fuel use but not usable as fuel by themselves can be separated from the spent fuel and fed back into the reactor where the additional radiation will convert them into elements or isotopes which are either not radioactive or which are otherwise easier to dispose of. 30 Cons There are a number of cons however, as otherwise there would be a lot more fast neutron reactors in the world. Since water, even "light" water, is a moderator, fast neutron reactors cannot use water as a coolant. Other alternative coolants must be used, and these complicate the design of the reactor and make it more difficult to operate. 31 Alternative compatible coolants may be corrosive, and so new materials may need to be developed for both the reactor vessel and the fuel cladding. Alternative coolants are often opaque, making it difficult to inspect the reactor. The fuel cycle requires reprocessing spent fuel, which means that reprocessing facilities have to be set up, which is an additional expense. 32 Fast neutron reactors were primarily developed on the premise that uranium supplies were limited and would soon become very expensive. However new very large and very high grade uranium deposits were discovered in Canada, Australia, and Kazakhstan, causing uranium prices to fall rather than rise. As a result it is much cheaper to operate a once-through fuel cycle than to build fast neutron reactors. 33 Future Prospects Currently fast neutron reactors are not economically competitive with slow neutron reactors for electric power generation so there isn't a lot of interest from prospective customers. Originally interest in them was driven by a belief that the world would run short of uranium. However, higher uranium prices sparked increased mineral exploration which resulted in finding large high grade reserves of low cost uranium, undercutting the need for economizing on its use. 34 There is still ongoing R&D though as they offer several other use cases. One is to get rid of radioactive waste elements by turning them into non-radioactive or less radioactive isotopes or elements. The other is to provide a supply of plutonium for fuelling thorium reactors. 35 Conclusion This has been a short overview of fast neutron reactors, including their history, uses, and underlying design features. In the next episode we will describe the use of thorium in nuclear power, including what thorium is, how it differs from uranium, and what sort of reactors can use it. Provide feedback on this episode.

SPACE STATION RETURNS, NUCLEAR MOON PLANS, AND BOEING STRUGGLES Colleague Bob Zimmerman. Bob Zimmerman discusses the early return of an ISS crew due to a medical issue and expresses skepticism about NASA's plan for a lunar nuclear reactor by 2030. He also highlights that the Space Force is shifting launches from ULA to SpaceX due to reliability concerns. NUMBER 71953

This show has been flagged as Clean by the host. 02 Less Common Reactor Types In this episode we discuss some of the less common historical reactor types. These are a mixture of less common commercial types and some experimental or research reactors. I will cover advanced or future designs in another episode. 03 Minor Successes 04 Magnox 07 AGR - Advanced Gas Cooled Reactor 10 LWGR - Light Water Graphite Moderated Reactor (RBMK) 14 Historical Oddities or Dead Ends 15 Organically Cooled Reactors 16 Organically Cooled and Moderated 18 Organically Cooled and Heavy Water Moderated 24 HTGCR High Temperature Gas Cooled Reactor 28 HWLWR - Heavy Water Light Water Reactor or SGHWR - Steam Generating Heavy Water Reactor 31 Reactors Making a Comeback 32 Pebble Bed Reactors 33 AVR 35 THTR-300 36 South Africa, China, and the US 39 Making a Come Back? 40 MSR - Molten Salt Reactors 41 Slow or Fast Neutron Reactors 42 Fuel 43 Salts 44 Why Some Variants Use Dissolved Fuel 46 History 47 Types of Molten Salt Reactor 48 Pros and Cons 52 Overall 53 Conclusion In this episode we discussed some of the less common historical reactor types. As we have seen, there have been a number of different reactor designs which were less commercially successful for one reason or another. Some of them may make a come back however, particularly as the basis for a small reactor. In the next episode we will describe fast neutron reactors. Provide feedback on this episode.

Nike's mind-altering brain sneaker just sold out… because it's a “Paul Revere Product.”Meta is buying enough nuclear energy to power 5 Vermonts… Zuck's gone radioactive.NYC's Congestion Pricing been a huge success… but you haven't heard that because of “negative news bias.”Our New Year's Resolution? It's called “Planuary”...$NKE $ADDYY $METABuy tickets to The IPO Tour (our In-Person Offering) TODAYAustin, TX (2/25): SOLD OUTArlington, VA (3/11): https://www.arlingtondrafthouse.com/shows/341317 New York, NY (4/8): https://www.ticketmaster.com/event/0000637AE43ED0C2Los Angeles, CA (6/3): SOLD OUTGet your TBOY Yeti Doll gift here: https://tboypod.com/shop/product/economic-support-yeti-doll NEWSLETTER:https://tboypod.com/newsletter OUR 2ND SHOW:Want more business storytelling from us? Check our weekly deepdive show, The Best Idea Yet: The untold origin story of the products you're obsessed with. Listen for free to The Best Idea Yet: https://wondery.com/links/the-best-idea-yet/NEW LISTENERSFill out our 2 minute survey: https://qualtricsxm88y5r986q.qualtrics.com/jfe/form/SV_dp1FDYiJgt6lHy6GET ON THE POD: Submit a shoutout or fact: https://tboypod.com/shoutouts SOCIALS:Instagram: https://www.instagram.com/tboypod TikTok: https://www.tiktok.com/@tboypodYouTube: https://www.youtube.com/@tboypod Linkedin (Nick): https://www.linkedin.com/in/nicolas-martell/Linkedin (Jack): https://www.linkedin.com/in/jack-crivici-kramer/Anything else: https://tboypod.com/ About Us: The daily pop-biz news show making today's top stories your business. Formerly known as Robinhood Snacks, The Best One Yet is hosted by Jack Crivici-Kramer & Nick Martell. Hosted on Acast. See acast.com/privacy for more information.

Kurt Terrani is CEO of Standard Nuclear, a company focused on a part of nuclear energy that gets far less attention than reactor designs but can become the true bottleneck: fuel.In this episode, Kurt provides a nuclear fuels 101, walking through the front end of the fuel cycle from uranium processing and enrichment to fabrication. He explains in plain terms what makes TRISO fuel different, why it appears so frequently in next-generation reactor designs, and how fuel performance shapes reactor economics, safety, and scalability.The conversation also unpacks Standard Nuclear's origin story, which emerged from a Chapter 11 restructuring of UltraSafe Nuclear, and explores a future where reactor-agnostic fuel suppliers replace vertically integrated fuel strategies to unlock faster deployment across advanced nuclear technologies.Episode recorded on Dec 4, 2025 (Published on Jan 6, 2026)In this episode, we cover: [1:53] An overview of Standard Nuclear[3:26] Nuclear's history in Oak Ridge, TN[6:07] The nuclear fuel cycle [8:35] US involvement and ownership in this cycle[10:17] TRISO fuel or coated particle fuel[17:56] Why enrichment access constrains deployment [21:43] Government's role bridging fuel supply gaps[24:03] Why reactor companies try vertical integration[26:26] Standard Nuclear's origin story [28:51] Why fuel must become a commodity[33:42] The case for standardizing TRISO specs[39:20] Challenges of building a fuels company Enjoyed this episode? Please leave us a review! Share feedback or suggest future topics and guests at info@mcj.vc.Connect with MCJ:Cody Simms on LinkedInVisit mcj.vcSubscribe to the MCJ Newsletter*Editing and post-production work for this episode was provided by The Podcast Consultant

India's energy transition is entering a decisive phase. In this India Energy Week 2026 Energy Special episode of The Core Report, we explore how solar cookers and modular nuclear reactors reflect the scale and ambition of the engineers transforming India's energy future. Financial Journalist Govindraj Ethiraj speaks with Vartika Shukla, Chairman & MD, Engineers India Limited (EIL), on what it really takes to design, build, and execute the next generation of energy infrastructure.The conversation moves from cutting the cost and weight of solar cookers for Indian households to India's readiness for small modular nuclear reactors, a critical piece of reliable and low-carbon power. We also unpack record-breaking work in clean energy and biofuels, including India's bamboo-based 2G ethanol refinery, the push toward sustainable aviation fuel, and why rising data center power demand is reshaping energy planning across the country.This special episode, recorded around India Energy Week 2026, offers rare insight into how engineering, policy, capital, and execution come together in real projects, from mega installations in Nigeria to advanced energy investments at home. It is a must-watch for professionals interested in India's economy, energy security, manufacturing, and the future of infrastructure.Topics discussed in this episode:a) Solar cookers and demand-side solutions for energy affordabilityb) Modular nuclear reactors and the future of nuclear power in Indiac) Bamboo-based 2G ethanol and advanced biofuel technologiesd) Sustainable aviation fuel and ethanol blending beyond road transporte) Data centers, AI, and India's next surge in electricity demandf) Lessons from executing large energy projects in India and overseasSubscribe to The Core Report for in-depth conversations on business, policy, technology, and the forces shaping India's growth.#TheCoreReport #IndiaEnergyWeek2026 #IndiaEnergy #EnergyTransition #BusinessNews #TheCoreRegister for India Energy Week 2026: https://www.indiaenergyweek.com/forms/register-as-a-delegate

This show has been flagged as Clean by the host. 03-Reactor-Basics 01 Introduction In this episode we will describe the basic features and characteristics of reactors together with descriptions of the most widely used commercial reactor types. 03 Fast Versus Slow Reactors 04 Slow Neutron Reactors 06 Fast Neutron Reactors 08 Reactor Moderators 10 Light Water 11 Heavy Water 13 Graphite 14 Unmoderated 15 Coolants 16 Common Coolants 17 Alternative Coolants 18 Primary and Secondary Coolant Loops 20 Steam Generation 23 Brayton Cycle Gas Turbines 24 Refuelling Method 25 Main Commercial Reactor Types 26 PWR - Pressurized Water Reactor 28 BWR - Boiling Water Reactor 29 PHWR - Pressurized Heavy Water Reactor 33 Conclusion We have covered the main reactor characteristics. These characteristics can be mixed in various ways to give different reactor types. The characteristics also affect the types of fuel that can be used. We also covered the three main commercial power generation reactor types. In the next episode we will describe some of the less common historical reactor types. Provide feedback on this episode.

This is our weekly, ad-free compilation of science news.00:00 - Former NASA Scientist Publishes Plan to Engineer Warp Drive5:20 - China Makes Breakthrough With Thorium Nuclear Reactor. Where is the West?10:37 - Surprise: Free Will Needs Quantum Physics to Fail, Physicists Show15:56 - Nanobots: The Truth Behind the Headlines

Congress has two days to take action on health care subsidies, before lawmakers head home for the holiday recess. Vanity Fair has published a story featuring rare interviews conducted over more than a year with White House Chief of Staff Susie Wiles. And, the Trump administration is fast-tracking construction of new nuclear reactor designs. Want more analysis of the most important news of the day, plus a little fun? Subscribe to the Up First newsletter.Today's episode of Up First was edited by Kelsey Snell, Rebekah Metzler, Brett Neely, Lisa Thomson and Alice Woefle.It was produced by Ziad Buchh, Nia Dumas and Christopher Thomas.We get engineering support from Stacey Abbott. Our technical director is Carleigh Strange. And our Supervising Editor is Jan Johnson.Learn more about sponsor message choices: podcastchoices.com/adchoicesNPR Privacy Policy

This show has been flagged as Clean by the host. 01 Introduction This episode is the second in an 8 part series on nuclear reactor technology. This episode will cover types of nuclear fuel, recycling of nuclear fuel, uranium and thorium resources, and medical isotopes. 03 Types of Nuclear Fuel 03 Natural Uranium 04 Enriched Uranium 05 Mixed Oxide Fuel, or MOX 06 Thorium Fuel 08 Plutonium in Uranium Cycle Reactors 09 Depleted Uranium 10 Oxide or Ceramic versus Metallic Fuel 12 Recycling Spent Fuel 13 Once Through Fuel Cycles 14 Reprocessing Spent Uranium Fuel into Mixed Oxide or MOX Fuel 16 Reprocessing and Thorium Fuel 17 Direct Reuse of Spent Light Water Fuel in Heavy Water Moderated Reactors 18 DUPIC - Direct Use of Used PWR Fuel in CANDU 20 RepU - Reprocessed Uranium Fuel in CANDU 21 Uranium and Thorium Resources 21 Uranium Mining 22 Uranium in Sea Water 23 Thorium 24 Medical Isotopes 25 Examples of Common Medical Isotopes 26 How Medical Isotopes are Made 27 Producing Isotopes in Research Reactors 29 Producing Isotopes in Power Reactors 31 Summary The basis of nuclear fission is nuclear fuel. There are three main types of nuclear fuel in commercial use today. These are natural uranium, enriched uranium, and mixed oxide or MOX uranium-plutonium mixtures. It is possible to use thorium in a sort of thorium-plutonium or thorium-uranium MOX fuel, but this not currently economically viable at this time when uranium is so cheap and abundant. Spent fuel can be recycled and used in a reactor again. Medical isotopes are an important byproduct of the nuclear industry, and a large share of the world's population has benefited from this at one time or another. 32 Conclusion In the next episode I will describe the basic features and characteristics of reactors together with descriptions of the most widely used commercial reactor types. This concludes the second episode of an 8 part series on nuclear reactor technology. Provide feedback on this episode.

Last week, Deep Fission broke ground on a pilot program to bury small modular reactors underground in Parsons, Kansas. This project is the first of its kind in the United States, and comes as part of the Trump Administration's effort to advance the nation's nuclear power.

PREVIEW: US-Saudi Nuclear Reactor Negotiations: Colleague Henry Sokolski analyzes ongoing negotiations regarding Saudi Arabia's request for nuclear reactors, citing concerns that spent fuel could be repurposed for weapons, noting the deal is not finalized as US negotiators are currently withholding "advanced consent" for uranium enrichment and demanding strict protocols to prevent nuclear proliferation.

California startup Deep Fission says it plans to install a nuclear reactor underneath an industrial park in southeast Kansas. Plus, as the United States prepares for the 2026 World Cup, a look at how Kansas City Chiefs founder Lamar Hunt helped U.S. soccer go pro.

On the Monday November 24th edition of Georgia Today: The growth of data centers is on the rise in Georgia - and some residents are pushing back; Georgia's Fort Benning could be the site of a new nuclear reactor; And how will the federal ban on THC products affect the Georgia hemp industry? 

PREVIEW Risks of Placing Small Modular Nuclear Reactors in Military Bases Henry Sokolski Henry Sokolski addressed the Pentagon's Janice program, which planned to deploy very small nuclear reactors on military bases. Major concerns included the need for absolutely perfect air defenses and the threat posed by drones. Because of these issues, the Army ultimately decided not to place the micro-reactors on any forward bases.

Send us a textPeaches kicks the door in with a full-spectrum roast of the military news cycle—because apparently everything from nuclear micro-reactors to Space Force identity crises hit at once. He drags drones, typhoons, politicians, and anyone who thinks DEI is the DoD's biggest threat. He calls out NASA's cooler cousin, dunks on heavy-weather boat psychos, and casually reminds you the feds probably know way more about Epstein than they'll ever admit. If you came for sugarcoating, you're lost. If you came for truth bombs from someone who's actually been there, buckle up.⏱️ Timestamps00:00 Worms Ready and Still Chaotic 00:30 Why Assessment and Selection Isn't Your CrossFit Warmup 01:40 Vegas OTS Plug Because You Need It 03:00 Army Builds Pocket Nukes 04:20 Drone Threats and Bureaucracy Wrestling 05:20 Navy Ships Doing Navy Ship Things 07:00 Marines vs. Typhoons and Common Sense 08:40 Air Force Leadership Shuffle 10:10 Space Force Still Figuring Out Space 12:20 Coast Guard's Record Drug Haul and Nightmare Boats 14:20 Pentagon Reform Circus 16:40 Flyover, Saudi Drama, and Internet Meltdowns 18:00 Epstein Files, Government Secrets, and Peaches' Final Blast

Join Mike Litton on The Mike Litton Experience as he sits down with Navy veteran, entrepreneur, and podcast-marketing trailblazer Tom Schwab. From running a nuclear reactor at 22 to creating one of the most trusted podcast-guesting agencies, Interview Valet, Tom's story is one of service, innovation, and purpose.

Some AI companies are turning to nuclear power to meet demand for electricity. But traditional nuclear plants can take decades to bring online. Now some tech companies are partnering with startups trying to build small, modular nuclear reactors, designed with speed in mind. One such company, Kairos, has a deal with Google to build a fleet of modular reactors. To do so, it's relying on a technique first developed in the mid-20th century: molten-salt cooling.

Some AI companies are turning to nuclear power to meet demand for electricity. But traditional nuclear plants can take decades to bring online. Now some tech companies are partnering with startups trying to build small, modular nuclear reactors, designed with speed in mind. One such company, Kairos, has a deal with Google to build a fleet of modular reactors. To do so, it's relying on a technique first developed in the mid-20th century: molten-salt cooling.

EDr. AJ Kolhari discusses Russia's successful test of the nuclear-powered Burevestnik cruise missile, which flew 14,000 km for 15 hours. The missile captures and compresses air, heating it over a nuclear reactor to create thrust. Kulhari emphasizes the danger because it flies low (50 to 100 m) and is hard to detect. He notes this nuclear propulsion technology, or similar ramjet designs, could revolutionize commercial travel and be applied to flight on Mars, using its CO₂ atmosphere for heating. 1958

In this episode of Crazy Wisdom, host Stewart Alsop sits down with Cryptogaucho to explore the intersection of artificial intelligence, crypto, and Argentina's emerging role as a new frontier for innovation and governance. The conversation ranges from OpenAI's partnership with Sur Energy and the Stargate project to Argentina's RIGI investment framework, Milei's libertarian reforms, and the potential of space-based data centers and new jurisdictions beyond Earth. Cryptogaucho also reflects on Argentina's tech renaissance, its culture of resilience born from hyperinflation, and the rise of experimental communities like Prospera and Noma Collective. Follow him on X at @CryptoGaucho.Check out this GPT we trained on the conversationTimestamps00:00 – Stewart Alsop opens with Cryptogaucho from Mendoza, talking about Argentina, AI, crypto, and the energy around new projects like Sur Energy and Satellogic.05:00 – They dive into Argentina's growing space ambitions, spaceport plans, and how jurisdiction could extend “upward” through satellites and data sovereignty.10:00 – The talk shifts to global regulation, bureaucracy, and why Argentina's uncertainty may become its strength amid red tape in the US and China.15:00 – Discussion of OpenAI's Stargate project, AI infrastructure in Patagonia, and the geopolitical tension between state and private innovation.20:00 – Cryptogaucho explains the “cepo” currency controls, the black market for dollars, and crypto's role in preserving economic freedom.25:00 – They unpack RIGI investment incentives, Argentina's new economic rules, and efforts to attract major projects like data centers and nuclear reactors.30:00 – Stewart connects hyperinflation to resilience and abundance in the AI era, while Cryptogaucho reflects on chaos, adaptability, and optimism.35:00 – The conversation turns philosophical: nation-states, community networks, Prospera, and the rise of new governance models.40:00 – They explore Argentina's global position, soft power, and its role as a frontier of Western ideals.45:00 – Final reflections on AI in space, data centers beyond Earth, and freedom of information as humanity's next jurisdiction.Key InsightsArgentina as a new technological frontier: The episode positions Argentina as a nation uniquely situated between chaos and opportunity—a place where political uncertainty and flexible regulation create fertile ground for experimentation. Stewart Alsop and Cryptogaucho argue that this openness, combined with a culture forged in crisis, allows Argentina to become a testing ground for new models of governance, technology, and sovereignty.The convergence of AI, energy, and geography: OpenAI's deal with Sur Energy and plans for a data center in Patagonia signal how Argentina's geography and resources are becoming integral to the global AI infrastructure. Cryptogaucho highlights the symbolic and strategic power of Argentina serving as a “southern node” for the intelligence economy.Economic reinvention through RIGI: The RIGI framework offers tax and regulatory advantages to major investors, marking a turning point in Argentina's attempt to attract stable, high-value industries such as server farms, mining, and biotech. It represents a pragmatic balance between libertarian reform and national development.Crypto and currency freedom: Cryptogaucho recounts how Argentina's crypto community arose from necessity during hyperinflation and currency controls. Bitcoin and stablecoins became lifelines for developers and entrepreneurs locked out of traditional banking systems, teaching the world about decentralized resilience.AI abundance and human adaptation: The discussion draws parallels between hyperinflation's unpredictability and the overwhelming speed of AI progress. Stewart suggests that Argentina's social adaptability, born from scarcity and instability, may prepare its citizens for a future defined by abundance and rapid technological flux.Network states and new governance: The conversation explores Prospera, Noma Collective, and the idea of city-scale governance networks. These experiments, blending blockchain, law, and community, are seen as prototypes for post-nation-state organization—where trust and culture matter more than geography.Space as the next jurisdiction: The episode ends with an exploration of space as a new legal and economic domain. Satellites, data centers, and orbital communication networks could redefine sovereignty, creating “data islands” beyond Earth where information flows freely under new kinds of governance—a vision of humanity's next frontier.

Join Captain Jeff, Captain Nick, Producer Liz, Alpha Juliet. Enjoy! APG 680 SHOW NOTES WITH LINKS AND PICS 00:00:00 Introduction 00:05:43 NEWS 00:06:00 Ryanair Flight Lands with 220 kg Fuel 00:20:45 DHL From Leipzig - Tail Strike at Heathrow 00:26:29 GETTING TO KNOW US 00:50:33 FEEDBACK 00:50:42 Peter Tarantelli - I Never Ever Heard of This, Have You? 01:00:11 Peter Tarantelli - DC-9 Runway Switch PANC 01:11:48 Peter Tarantelli - RAAF - Is That Capt. Nick? 01:14:40 Peter Tarantelli - Paper Airplanes 01:20:04 Adam Springmeyer - New York Attitude 01:24:37 Jolly - Cowboy UPS pilots (yeeee-haw) Going into DFW 01:36:03 Erol Yurtkuran - Funyun Feedback 01:41:27 Deanna Tickle - Canadian Bushplane Heritage Museum 01:47:47 Jiles Robinson - How Many Hours of Pilot Training? 02:01:56 WRAP UP Watch the video of our live stream recording! Go to our YouTube channel! Give us your review in iTunes! I'm "airlinepilotguy" on Facebook, and "airlinepilotguy" on Twitter. feedback@airlinepilotguy.com airlinepilotguy.com ATC audio from https://LiveATC.net Intro/outro Music, Coffee Fund theme music by Geoff Smith thegeoffsmith.com Dr. Steph's intro music by Nevil Bounds Capt Nick's intro music by Kevin from Norway (aka Kevski) Copyright © AirlinePilotGuy 2025, All Rights Reserved Airline Pilot Guy Show by Jeff Nielsen is licensed under a Creative Commons Attribution-NonCommercial-ShareAlike 4.0 International License

Could the origins of life on Earth trace back to a natural nuclear reactor? Long before humanity split the atom, nature itself may have done it first. In this episode, we explore the astonishing possibility that self-sustaining fission reactions—like the Oklo natural reactor in Gabon—once powered the chemical engines of creation. From radioactive geysers and mineral-rich pools to the first self-replicating molecules, we'll examine how nuclear energy might have provided the spark that turned chemistry into biology. Along the way, we'll connect this mystery to the Fermi Paradox, asking whether such rare, radioactive beginnings might explain why intelligent life seems so scarce in the universe. Join us for a journey that blends cosmic mystery, geochemistry, and the science of life's origins.Watch my exclusive video The Fermi Paradox - Civilization Extinction Cycles: https://nebula.tv/videos/isaacarthur-the-fermi-paradox-civilization-extinction-cyclesGet Nebula using my link for 40% off an annual subscription: https://go.nebula.tv/isaacarthurGet a Lifetime Membership to Nebula for only $300: https://go.nebula.tv/lifetime?ref=isaacarthurUse the link https://gift.nebula.tv/isaacarthur to give a year of Nebula to a friend for just $36.Visit our Website: http://www.isaacarthur.netJoin Nebula: https://go.nebula.tv/isaacarthurSupport us on Patreon: https://www.patreon.com/IsaacArthurSupport us on Subscribestar: https://www.subscribestar.com/isaac-arthurFacebook Group: https://www.facebook.com/groups/1583992725237264/Reddit: https://www.reddit.com/r/IsaacArthur/Twitter: https://twitter.com/Isaac_A_Arthur on Twitter and RT our future content.SFIA Discord Server: https://discord.gg/53GAShECredits:The Fermi Paradox - Did a Natural Nuclear Reactor Spark All Life?Written by Isaac Arthur & Philip Kramer, PhDProduced & Narrated by: Isaac ArthurSelect imagery/video supplied by Getty Images Music Courtesy of Epidemic Sound http://epidemicsound.com/creatorChapters0:00 Intro3:39 The Fermi Paradox and the Great Filter6:41 The Rare Earth Hypothesis & LUCA11:42 Natural Nuclear Reactors – Earth's First Fission Furnace16:00 The Nuclear Geyser Hypothesis21:27 Nebula23:02 Implications for Alien Life29:39 Fictional ExplorationSee Privacy Policy at https://art19.com/privacy and California Privacy Notice at https://art19.com/privacy#do-not-sell-my-info.

Could the origins of life on Earth trace back to a natural nuclear reactor? Long before humanity split the atom, nature itself may have done it first. In this episode, we explore the astonishing possibility that self-sustaining fission reactions—like the Oklo natural reactor in Gabon—once powered the chemical engines of creation. From radioactive geysers and mineral-rich pools to the first self-replicating molecules, we'll examine how nuclear energy might have provided the spark that turned chemistry into biology. Along the way, we'll connect this mystery to the Fermi Paradox, asking whether such rare, radioactive beginnings might explain why intelligent life seems so scarce in the universe. Join us for a journey that blends cosmic mystery, geochemistry, and the science of life's origins.Watch my exclusive video The Fermi Paradox - Civilization Extinction Cycles: https://nebula.tv/videos/isaacarthur-the-fermi-paradox-civilization-extinction-cyclesGet Nebula using my link for 40% off an annual subscription: https://go.nebula.tv/isaacarthurGet a Lifetime Membership to Nebula for only $300: https://go.nebula.tv/lifetime?ref=isaacarthurUse the link https://gift.nebula.tv/isaacarthur to give a year of Nebula to a friend for just $36.Visit our Website: http://www.isaacarthur.netJoin Nebula: https://go.nebula.tv/isaacarthurSupport us on Patreon: https://www.patreon.com/IsaacArthurSupport us on Subscribestar: https://www.subscribestar.com/isaac-arthurFacebook Group: https://www.facebook.com/groups/1583992725237264/Reddit: https://www.reddit.com/r/IsaacArthur/Twitter: https://twitter.com/Isaac_A_Arthur on Twitter and RT our future content.SFIA Discord Server: https://discord.gg/53GAShECredits:The Fermi Paradox - Did a Natural Nuclear Reactor Spark All Life?Written by Isaac Arthur & Philip Kramer, PhDProduced & Narrated by: Isaac ArthurSelect imagery/video supplied by Getty Images Music Courtesy of Epidemic Sound http://epidemicsound.com/creatorChapters0:00 Intro3:39 The Fermi Paradox and the Great Filter6:41 The Rare Earth Hypothesis & LUCA11:42 Natural Nuclear Reactors – Earth's First Fission Furnace16:00 The Nuclear Geyser Hypothesis21:27 Nebula23:02 Implications for Alien Life29:39 Fictional ExplorationSee Privacy Policy at https://art19.com/privacy and California Privacy Notice at https://art19.com/privacy#do-not-sell-my-info.

At least, Noah hopes it will. Why? To find out, listen in to today's Editors, where your regular Tuesday crew discusses gerrymandering (and its proper pronunciation), reactors on the Moon, and much more.Editors' Pick:Rich: Jeff's piece "The Flight of the Legislators”Charlie: Mary Katharine Ham's magazine piece “The Water Is Wide”Noah: Audrey's piece “Republicans' Summer Challenge: Selling the Big, Beautiful Spending Bill to Voters”Audrey: Jeff's post "Jasmine Crockett, Genuine Counterfeit"Light Items:Rich: The Naked GunCharlie: The OutfitNoah: Writing a bookAudrey: Finally unpackedSponsors:Made InExpressVPNThe Hamilton School at the University of FloridaThis podcast was edited and produced by Sarah Colleen Schutte.

India and Pakistan agree to a full and immediate ceasefire. It follows US-led talks. Plus, NPR learns that the Department of Agriculture is demanding states hand over the personal data of those receiving food stamps. Critics fear the information could be used to carry out deportations. Also, the Trump administration tightens its control over the independent agency regulating America's nuclear reactors.Learn more about sponsor message choices: podcastchoices.com/adchoicesNPR Privacy Policy