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Tag: nuclear energy

  • Nuclear Energy Isn’t Scary Anymore. It’s Just Crypto-Coded

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    Nuclear power was once an environmental boogeyman, but not anymore. Somehow, despite shedding its reputation for creating Blinky the three-eyed fish on the Simpsons, and despite convincing AOC to like it, nuclear power is still managing to be right-coded in the year 2026. Nuclear’s sketchiness is just mutating into a new form—smearing it with the same cultural muck as crypto and AI. 

    In September of last year, when Trump negotiated tariffs with Japan, Japan’s end of the bargain required its government to invest $550 billion in the U.S. That deal is creating a giant pool of Japanese money for American businesses to pitch proposals to, and potentially receive giant capital injections via the Trump administration.

    Politico just profiled one such company called Entra1 Energy, which purports to set up nuclear power. Entra1 is under consideration for $25 billion from the fund, but it doesn’t sound like a super reliable way for Japan to see a return on its investment. 

    According to Politico, Entra1:

    • Was founded about three years ago
    • Is based out of a Houston WeWork office
    • Has five or fewer employees
    • Has never brought a nuclear project online

    Citi investment analyst Vikram Bagri told Politico that, “generally, we see names of the leaders, evidence of proof, what they’ve executed on. Generally, we see what projects they’ve worked on, which is missing, and that’s the genesis of the questions.”

    Entra1 gave statements to Politico in defense of its record. It claimed it has, over many years, “conducted due diligence and analysis on the various nuclear technologies that have been under research and development phases and recognized the need for a partner to support their commercialization phases.”

    This “partner” line refers to a larger company called NuScale that plans to collaborate with Entra1 on the project. Politico’s reporting here seems to stem largely from the concerns of about six anonymous NuScale investors fretting about the company’s involvement with NuScale.

    The CEO of Entra1, Wadie Habboush, formerly ran his father’s investment company. According to another investigation from 2019, by Citizens for Responsibility and Ethics in Washington, that father, named R.W. Habboush, made a million-dollar donation to Trump in 2017, and within weeks, Wadie Habboush was granted access to Trump and other powerful figures.

    According to the Entra1 website, the company “is NuScale’s exclusive global strategic partner commercializing the NuScale SMR Technology.” SMR stands for small modular reactor. 

    In most ways, nuclear power is a great alternative to fossil fuels once the plants are built, but global nuclear energy peaked in 2006. Most of the world has largely moved on, especially China, which gets its low-carbon energy from renewables, although it occasionally embarrasses the U.S. by doing things like putting innovative nuclear reactors online that we can’t seem to pull off. China and its next-door neighbor Russia are the only countries with small modular reactors.

    Needless to say, the U.S. doesn’t have any SMRs. The last time any new nuclear reactor went online in the U.S. was in 2023, but construction on that project started in 2009. Before that, the last time a nuclear reactor had gone online was in 2016—a construction project that had begun in 1973. Those are the only two new nuclear reactors in the U.S. in the 21st century.

    For whatever reason (largely this one guy named Michael Shellenberger) people in the U.S. have become convinced that nuclear power is the sane person’s modern energy solution, rather than pie-in-the-sky renewables. Todd Abrajano, CEO of the U.S. Nuclear Industry Council claimed in the Hill a couple weeks ago that private finance is falling in love with the possibilities of nuclear. “Gone are the days in which governments alone financed and brokered new nuclear projects,” he wrote.

    Maybe, but there’s very little nuclear energy on the grid right now feeding AI data centers—which are using technologies like gas turbines to make up for the unmet demand. And meanwhile the Trump administration is funneling money into businesses like Entra1, and performing PR stunts on behalf of the nuclear energy, like airlifting a tiny nuclear reactor from one state to another as a proof of concept for…something. 

    In another part of its statement to Politico, Entra1 said it brings “finance, project development and deal execution management expertise to our projects.” I’m hesitant to predict the future, or speculate wildly, but in the year 2036 do you suppose that through the power of “deal execution management expertise” Entra1 will have brought any nuclear reactors online? And in that same year, do you think Wadie Habboush will still be rich?

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    Mike Pearl

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  • Moab is not a place for “nuclear tourism.” The DOE can’t sugarcoat spent nuclear fuel. (Opinion)

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    In the early 1980s, southeast Utah was targeted as a potential dump site for high-level nuclear waste, the kind that comes from nuclear reactors. The Department of Energy considered storing 8,000 tons of this highly radioactive material near Canyonlands National Park, boosting the idea as spurring “nuclear tourism.”

    Who wouldn’t want to see Delicate Arch in the morning and casks of plutonium in the afternoon?

    Like the radioactive waste itself, some bad ideas won’t disappear. Southeast Utah is in the crosshairs once again, aided by a $2 million Biden-era grant given to two pro-nuclear nonprofits based in California, Mothers for Nuclear and Native Nuclear, along with North Carolina State University.

    San Juan County, where I live, is Utah’s only majority-Indigenous county and the state’s poorest. Last year, the county hosted a number of meetings as part of the Energy Department’s “consent-based siting consortia,” an attempt to get buy-in from residents for accepting radioactive waste. At local meetings, Mothers for Nuclear argued that the nuclear industry is much safer than the public has been told.

    It’s true that 40 years ago some locals eagerly pushed for a nuclear dump. One pro-repository activist in Moab even called it preferable to national parks, because parks attracted “drugs, homosexuals, and environmentalists.” Utah’s governor opposed the dump plan, however, and after it was defeated, the town of Moab worked to create a new identity, Now, the Moab area has become an international tourist destination.

    Yet the question of what to do about spent nuclear fuel remains, and the area surrounding Bears Ears National Monument and Canyonlands continues to be targeted as a suitable dumping ground.

    Would welcoming radioactive waste lead to an economic revival? Probably not.

    Though the Cold War rush for uranium created economic booms for San Juan County and Grand County’s town of Moab, prosperity spawned public health crises. Residents of Monticello, San Juan County’s seat, and the site of a uranium mill from 1942 to 1960, awoke to a fine yellow dust on windowsills during the mill’s heyday. Decades later, rates of lung and stomach cancer in the town were found in one study to be twice the state average.

    The Navajo Nation experienced widespread uranium mining in the 20th century, followed by one of the highest incidences of uranium-linked health issues in the United States. In 1979, Tribal land was also the site of the second-largest accidental release of radioactive material in history, after a wastewater pond burst near Church Rock, New Mexico. Only the Chernobyl meltdown seven years later surpassed that disaster.

    Mills for processing uranium are also harmful. After a mill site in Halchita, Utah, was capped in the early 1990s, workers who cleaned it up fell victim to some of the same diseases as uranium miners of the previous generation. Still contaminating air, livestock and humans are more than 500 unreclaimed uranium mines on Navajo land.

    The Navajo Nation banned uranium mining in 2005 and uranium transport in 2012. But Energy Fuels, the company that operates the White Mesa uranium mill just outside San Juan County, secured an exemption from the transport ban in early 2025. The mill has been accepting radioactive waste for years, including waste from Japan and Estonia. Recently, it began processing ore from a mine the company owns just outside Grand Canyon National Park.

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    Zak Podmore

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  • US Awards Peter Thiel–Backed Nuclear Startup $900 Million

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    The U.S. government is shelling out a whopping $2.7 billion to three companies in an effort to strengthen domestic uranium enrichment, amid surging electricity demand from AI data centers.

    The Department of Energy announced on Monday that it will award $900 million each to American Centrifuge Operating and Orano Federal Services, as well as General Matter, a nuclear startup backed by billionaire investor Peter Thiel.

    The funding will be distributed through task orders over the next 10 years, under what the department described as a “strict milestone approach.”

    The stated goal is to wean the nation’s 94 commercial nuclear reactors off foreign fuel supplies, particularly Russia. Russia currently controls roughly 44% of the world’s uranium enrichment capacity and supplies about 35% of U.S. nuclear fuel imports, according to the Energy Department.

    At the same time, the funding is meant to jumpstart domestic production of high-assay low-enriched uranium (HALEU), a specialized fuel that will be required to power advanced nuclear reactors currently in development.

    “Today’s awards show that this Administration is committed to restoring a secure domestic nuclear fuel supply chain capable of producing the nuclear fuels needed to power the reactors of today and the advanced reactors of tomorrow,” Energy Secretary Chris Wright said in a press release.

    The announcement comes as tech giants, including Microsoft, Google, Meta, and OpenAI, race to build massive data centers to train and run increasingly powerful AI models. Those facilities are energy-hungry and are already putting strain on local electricity grids, fueling renewed interest in nuclear power as a potential long-term solution.

    The money was first allocated in a government funding bill passed in 2024 during the Biden-Harris administration. That year, six companies were selected for contracts that enabled them to compete for future work to supply enriched uranium. The administration also banned imports of Russian nuclear fuel, though the Energy Department can still issue waivers through 2028.

    On Monday, the Energy Department announced which companies would be getting the funding and what work the funds would be tied to. American Centrifuge Operating, a subsidiary of Centrus Energy, and General Matter are tasked with building a domestic supply of HALEU. Meanwhile, Orano will be focusing on expanding the nation’s production of more traditional low-enriched uranium.

    So where does tech billionaire Thiel fit into all of this? General Matter was founded last year by Scott Nolan, a partner at Founders Fund, the venture capital firm founded by Thiel. The company raised $50 million last year in a funding round led by Founders Fund, a deal that also added Thiel to General Matter’s board.

    General Matter has also already been given a pretty big head start. In August, the Energy Department signed a lease allowing the startup to turn roughly 100 acres of federal land at the former Paducah Gaseous Diffusion Plant in Kentucky into a private-sector uranium enrichment facility. The agreement also gives the company access to at least 7,600 cylinders of existing uranium hexafluoride, effectively handing it a ready supply of material for future reenrichment operations.

    Construction for this facility is expected to start this year, with operations planned to start by the end of the decade.

    The three companies did not immediately respond to requests for comment from Gizmodo.

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    Bruce Gil

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  • Google DeepMind agrees to sweeping research collaboration with the U.K. government | Fortune

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    AI lab GoogleDeepMind announced a major new partnership with the U.K. government Wednesday, pledging to accelerate breakthroughs in materials science and clean energy, including nuclear fusion, as well as conducting joint research on the societal impacts of AI and on ways to make AI decision-making more interpretable and safer.

    As part of the partnership, Google DeepMind said it would open its first automated research laboratory in the U.K. in 2026. That lab will focus on discovering advanced materials including superconductors that can carry electricity with zero resistance. The facility will be fully integrated with Google’s Gemini AI models. Gemini will serve as a kind of scientific brain for the lab, which will also use robotics to synthesize and characterize hundreds of materials per day, significantly accelerating the timeline for transformative discoveries.

    The company will also work with the U.K. government and other U.K.-based scientists on trying to make breakthroughs in nuclear fusion, potentially paving the way for cheaper, cleaner energy. Fusion reactions should produce abundant power while producing little to no nuclear waste, but such reactions have proved to be very difficult to sustain or scale up.

    Additionally, Google DeepMind is expanding its research alliance with the government-run U.K. AI Security Institute to explore methods for discovering how large language models and other complex neural network-based AI models arrive at decisions. The partnership will also involve joint research into the societal impacts of AI, such as the effect AI deployment is likely to have on the labor market and the impact increased use of AI chatbots may have on mental health.

    British Prime Minister Keir Starmer said in a statement that the partnership would “make sure we harness developments in AI for public good so that everyone feels the benefits.”

    “That means using AI to tackle everyday challenges like cutting energy bills thanks to cheaper, greener energy and making our public services more efficient so that taxpayers’ money is spent on what matters most to people,” Starmer said.

    Google DeepMind cofounder and CEO Demis Hassabis said in a statement that AI has “incredible potential to drive a new era of scientific discovery and improve everyday life.”

    As part of the partnership, British scientists will receive priority access to Google DeepMind’s advanced AI tools, including AlphaGenome for DNA sequencing; AlphaEvolve for designing algorithms; DeepMind’s WeatherNext weather forecasting models; and its new AI co-scientist, a multi-agent system that acts as a virtual research collaborator.

    DeepMind was founded in London in 2010 and is still headquartered there; it was acquired by Google in 2014.

    Gemini’s U.K. footprint expands

    The collaboration also includes potential development of AI systems for education and government services. Google DeepMind will explore creating a version of Gemini tailored to England’s national curriculum to help teachers reduce administrative workloads. A pilot program in Northern Ireland showed that Gemini helped save teachers an average of 10 hours per week, according to the U.K. government.

    For public services, the U.K. government’s AI Incubator team is trialing Extract, a Gemini-powered tool that converts old planning documents into digital data in 40 seconds, compared to the current two-hour process.

    The expanded research partnership with the U.K. AI Security Institute will focus on three areas, the government and DeepMind said: developing techniques to monitor AI systems’ so-called “chain of thought”—the reasoning steps an AI model takes to arrive at an answer; studying the social and emotional impacts of AI systems; and exploring how AI will affect employment.

    U.K. AISI currently tests the safety of frontier AI models, including those from Google DeepMind and a number of other AI labs, under voluntary agreements. But the new research collaboration could potentially raise concerns about whether the U.K. AISI will remain objective in its testing of its now-partner’s models.

    In response to a question on this from Fortune, William Isaac, principal scientist and director of responsibility at Google DeepMind, did not directly address the issue of how the partnership might affect the U.K. AISI’s objectivity. But he said the new research agreement puts in place “a separate kind of relationship from other points of interaction.” He also said the new partnership was focused on “question on the horizon” rather than present models, and that the researchers would publish the results of their work for anyone to review.

    Isaac said there is no financial or commercial exchange as part of the research partnership, with both sides contributing people and research resources.

    “We’re excited to announce that we’re going to be deepening our partnership with the U.K. AISI to really focus on exploring, really the frontier research questions that we believe are going to be important for ensuring that we have safe and responsible development,” he said.

    He said the partnership will produce publicly accessible research focused on foundational questions—such as how AI impacts jobs or how talking to chatbots effects mental health—rather than policy-specific recommendations, though the findings could influence how businesses and policymakers think about AI and how to regulate it.

    “We want the research to be meaningful and provide insights,” Isaac said.

    Isaac described the U.K. AISI as “the crown jewel of all of the safety institutes” globally and said deepening the partnership “sends a really strong signal” about the importance of engaging responsibly as AI systems become more widely adopted.

    The partnership also includes expanded collaboration on AI-enhanced approaches to cybersecurity. This will include the U.K. government exploring the sue of tools like Big Sleep, an AI agent developed by Google that autonomously hunts for previously unknown “Zero Day” cybersecurity exploits, and CodeMender, another AI agent that can search for and then automatically patch security vulnerabilities in open source software.

    British Technology Secretary Liz Kendall is visiting San Francisco this week to further the U.K.-U.S. Tech Prosperity Deal, which was agreed to during U.S. President Trump’s state visit to the U.K. in September. In November alone, the British government said the pact helped secure more than $32.4 billion of private investment committed to the U.K tech sector.

    The Google-U.K. partnership builds on a £5 billion ($6.7 billion) investment commitment from Google made earlier this year to support U.K. AI infrastructure and research, and to help modernize government IT systems.

    The British government also said collaboration supports its AI Opportunities Action Plan and its £137 million AI for Science Strategy, which aims to position the UK as a global leader in AI-driven research.

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    Jeremy Kahn

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  • Video: Howard Lutnick’s Family Business Is Cashing In on Data Center Deals

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    new video loaded: Howard Lutnick’s Family Business Is Cashing In on Data Center Deals

    The commerce secretary, Howard Lutnick, is involved in A.I. data center deals that overlap with work his family is doing. Our investigative reporter Eric Lipton describes what we know about these deals for massive data center projects, one of which includes a planned nuclear power plant to be named after President Trump.

    By Eric Lipton, Christina Shaman, June Kim, Zach Wood and Leila Medina

    November 20, 2025

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    Eric Lipton, Christina Shaman, June Kim, Zach Wood and Leila Medina

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  • Sensor Survives Reactor-Level Heat and Radiation, Paving the Way for Real-Time Monitoring

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    Generating nuclear power takes a lot of energy—extreme heat, pressure, and radiation—that every part of a reactor must withstand each time. Naturally, engineering the perfect apparatus is a difficult task, but researchers continue to discover astonishing ways to advance nuclear technology, the latest of which involves a tiny chip with not-so-tiny performance.

    In a recent release, University of Maine researchers announced new microelectronic sensors that tolerate both the radiation levels and extreme temperatures of a nuclear reactor’s core. At the same time, the sensor captures real-time operational data, giving engineers and operators invaluable insight into the reactor’s activity.

    “Since many advanced reactors currently under development operate at these temperatures, there is a high demand on the sensors to monitor them,” Mauricio Pereira da Cunha, the project’s principal investigator, said in the release. “The successful development of these sensors will address and alleviate technology barriers that currently hinder the rollout of advanced nuclear reactors.”

    Firing up the heat

    The sensor is intended to live inside the furnace of reactors for nuclear fission, which generates large loads of energy by splitting two heavy molecules. Specifically, the researchers hope to install the sensors in advanced high-temperature reactors, which run on helium gas and contain ceramic materials to more efficiently and safely generate nuclear energy.

    However, these reactors reach higher temperatures than what existing sensors can withstand, as their advantages come with the “higher thermal efficiencies that are attained at higher temperatures,” the researchers explained.

    The team, on the other hand, had two decades of expertise in refining similar sensors. This motivated them to spend the last two years developing and testing a sensor strong enough for the next-generation reactors—and, while they were at it, make the sensor tiny to widen its range of applications.

    Small chip, big implications

    For the project, the team created seven sensors, all tested at the Nuclear Reactor Laboratory at the Ohio State University, according to a report by the Department of Energy’s Office of Nuclear Energy. Each sensor was 100 nanometers thick—roughly 1,000 times thinner than a strand of hair—and carried platinum-based alloy electrodes packed with alumina caps.

    Photographs of the sensor installed in the Nuclear Reactor Laboratory at the Ohio State University. Credit: Advanced Sensors and Instrumentation Newsletter/Department of Energy

    Impressively, all seven sensors “remained functional” and “showed no signs of degradation” despite five days of the reactor blasting them at its maximum power, at about 1,500 degrees Fahrenheit (800 degrees Celsius), the report explained. Early analyses also implied that the sensors were resilient against radiation, too.

    “In addition to extreme temperatures, we’re now also exposing these sensors to intense, in-core levels of nuclear radiation at the same time,” Luke Doucette, the project’s senior research scientist, said in the release. “This adds an entirely new dimension of difficulty in terms of what types of sensor materials can survive in these conditions and remain functional.”

    Related article: A Greener Way to Fuel Nuclear Fusion

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    Gayoung Lee

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  • Is nuclear power becoming cool in Colorado? Discussion of a role for it is growing

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    Colorado has a new law declaring nuclear power a source of clean energy. The Denver airport might explore building a small nuclear reactor to meet the rising demand for electricity. Local business, civic and labor leaders see nuclear  energy as the fuel of choice when Xcel Energy stops burning coal at its power plants in Pueblo County,

    Is nuclear power becoming cool in Colorado?

    The state has had only one nuclear power plant, Fort St. Vrain near Platteville. And it was converted to natural gas in 1989 after 10 years of technical problems. The former Rocky Flats weapons plant, which produced plutonium triggers for nuclear bombs, drew thousands of protesters for years to the site north of Denver, including such prominent activists as Daniel Ellsberg and Beat poet Allen Ginsberg.

    In 2004, Colorado voters were the first in the country to approve a renewable energy mandate for utilities. How has nuclear power, with its baggage of radioactive waste and the Three Mile Island partial meltdown, become a seriously considered option in today’s fuel mix?

    Worry about the demand for electricity outstripping capacity and concerns about progress on cutting greenhouse gas emissions led state Rep. Alex Valdez, a Denver Democrat, to back legislation this year that defines nuclear power as “clean.” He sponsored House Bill 25-1040, which added nuclear to the energy sources that utilities can use to meet state clean energy targets.

    “As a kid, I grew up in the ’80s when a lot of talk about nuclear was in relation to the weaponry that was pointed at each other between the Soviet Union and the United States,” Valdez said. “I think I just kind of lumped nuclear into the same conversations as most people do: around its negative uses, less desirable uses.”

    Valdez got a different perspective when he was appointed to the nuclear working group at the National Conference of State Legislatures. The group visited France, which gets about 70% of its electricity from nuclear power. Roughly 19% of electricity in the U.S. comes from nuclear energy.

    With some forecasts showing electricity demand rising dramatically, Valdez said the U.S. will have to add “a tremendous amount of energy” to the grid if it’s going to compete in quantum computing and other advanced technology.

    A boom in data center construction driven by increasing the use of artificial intelligence is expected to escalate the need for more electricity generation.

    Valdez, who spent most of his career in the renewable energy field, said the legislation he sponsored recognizes that the power generated by nuclear energy is carbon-free. “As we move toward our path to zero-carbon (energy), it can be included in the mix to get us there.”

    Not ready for prime time

    A lot of the current interest in nuclear power revolves around a new technology: small modular nuclear reactors, about one-tenth to one quarter the size of a conventional reactor. They’re billed as potentially less expensive, safer, easier to build and adaptable because modules can be added as more power is needed.

    The technology is also still in the development and demonstration stage. Just a few are operating in China and Russia. No small modular reactors –SMRs– are in commercial use in the U.S.

    “SMRs aren’t ready for prime time,” said Dennis Wamsted, an analyst at  the Institute for Energy Economics and Financial Analysis. “You will hear from developers and others about the advantages. The advantages right now are all on paper.”

    The institute focuses on research into the economics of expanding the use of renewable energy.

    “We are not fans of nuclear power because it costs too much and that cost has been consistently high over the years. We see no track record of it declining,” Wamsted said. “We certainly don’t see that happening with a new class of  reactor that nobody’s built before and nobody’s run before.”

    Noah Rott, a spokesman for the western region of the Sierra Club, said the environmental group feels that discussion around nuclear energy “is largely a distraction as utilities work to address electric load growth in the next decade.”

    “Cleaner sources like wind, solar, demand response, energy efficiency and storage are the answer here,” Rott said in an email.

    However, the concept of an energy source that can run 24/7 and emit no heat-trapping greenhouse gases when generating power is compelling. Denver International Airport CEO Phil Washington and Denver Mayor Mike Johnston said in August that the airport, the country’s third-busiest, planned to commission a study to explore the feasibility of building a small, modular nuclear reactor on its campus to meet the growing demand for electricity in the area and cut the use of carbon-emitting power.

    The airport put the study on hold after complaints that city officials hadn’t talked to area residents first. The airport determined that a broader scope will best serve its interests and needs and will issue a request for information later this fall on multiple clean energy solutions, including reactors, after first receiving ideas and input from the community, spokeswoman Courtney Law said in an email Wednesday.

    Nuclear power generation is the top choice of a local advisory committee for replacing coal at Xcel Energy’s Comanche power plants near Pueblo. Xcel has proposed tapping renewable energy, battery storage and natural gas when it stops burning coal by 2031.

    But the Pueblo Innovative Energy Solutions Advisory Committee, established by Xcel and community members, said renewable energy facilities wouldn’t provide the same number of jobs and tax revenue for local governments that nuclear or gas facilities would. The committee is promoting installing SMRs.

    Xcel Energy operates nuclear facilities in Minnesota and has said they’re not off the table for Colorado, but the new type of reactors likely won’t be commercially available when the utility has to replace its coal plants.

    The Western Governors Association, WGA, held workshops in September at the Idaho National Laboratory, which focuses largely on nuclear energy.

    The workshops were part of an initiative by Utah Gov. Spencer Cox called “Energy Superabundance: Unlocking Prosperity in the West.” Cox, the WGA’s chairman this year, said the country is looking to the West for ways to meet the surge in need for more electricity.

    Andy Cross, The Denver Post

    Some community leaders want to see nuclear power replace coal-fired power when Xcel Energy quits burning coal at the Comanche power plant in Pueblo County. (Photo by Andy Cross/The Denver Post)

    Idaho Gov. Brad Little said during a workshop that the U.S. won’t meet its energy needs “with our legacy energy.”

    “We’re going to have to have scalable, safe nuclear energy,” Little said.

    While it could be five to 10 years before small reactors are up and running in the U.S., Mark Jensen, a chemistry professor at the Colorado School of Mines, said the federal government is more involved in promoting nuclear energy than in the recent past. He noted that the Department of Energy has opened federal sites to allow companies to test prototypes and that could help streamline development.

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    Judith Kohler

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  • Scientists Just Took a Giant Step Toward Scaling Up Nuclear Fusion

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    A team of researchers at MIT think they may have lowered one of the major barriers to achieving large-scale nuclear fusion—taking us one step closer to making an abundant form of energy a reality.

    By harnessing the same processes that power stars, we would have access to a clean, safe, and practically limitless energy source. Scientists have built reactors to try and tame fusion, with one of the most explored being the tokamak. Essentially a donut-shaped tube that uses strong magnets to confine the plasma needed to power fusion reactions, the tokamak has shown great potential. But to fully realize that, scientists must first navigate the potential pitfalls that such energy carries with it, including how to slow down a fusion reaction once it is in progress.

    That’s where the new research comes in: Using a combination of physics and machine learning, the researchers predicted how the plasma inside a tokamak reactor would behave given a set of initial conditions—something that researchers have long puzzled over (it is hard to look inside a fusion reactor mid-run, after all). The paper was published Monday in Nature Communications.

    “For fusion to be a useful energy source, it’s going to have to be reliable,” Allen Wang, study lead author and a graduate student at MIT, told MIT News. “To be reliable, we need to get good at managing our plasmas.”

    With great power comes great risks

    When a tokamak reactor is fully running, the plasma current inside can circulate at speeds of up to about 62 miles (100 kilometers) per second and at temperatures of 180 million degrees Fahrenheit (100 million degrees Celsius). That is hotter than the Sun’s core.

    If the reactor has to be shut down for any reason, operators initiate a process to “ramp down” the plasma current, slowly de-energizing it. But this process is tricky, and the plasma can cause “scrapes and scarring to the tokamak’s interior—minor damage that still requires considerable time and resources to repair,” the researchers explained.

    “Uncontrolled plasma terminations, even during rampdown, can generate intense heat fluxes damaging the internal walls,” explained Wang. “Quite often, especially with the high-performance plasmas, rampdowns actually can push the plasma closer to some instability limits. So, it’s a delicate balance.

    Indeed, any misstep in operating fusion reactors can be costly. In an ideal world, researchers would be able to run tests in working tokamaks, but because fusion is still not efficient, running one of these reactors is incredibly costly, and most facilities will only run them a few times a year.

    Looking to the wisdom of physics

    For their model, the team found a delightfully clever method to overcome the limitations in data collection—they simply went back to the fundamental rules of physics. They paired their model’s neural network with another model describing plasma dynamics, and then trained the model on data from the TCV, a small experimental fusion device in Switzerland. The dataset included information about variations in the plasma’s starting temperature and energy levels, as well as during, and at the end of each experimental run.

    From there, the team used an algorithm to generate “trajectories” that laid out for the reactor operators how the plasma would likely behave as the reaction progressed. When they applied the algorithm to actual TCV runs, they found that following the model’s “trajectory” instructions were perfectly able to guide operators to ramp the device safely down.

    “We did it a number of times,” Wang said. “And we did things much better across the board. So, we had statistical confidence that we made things better.”

    “We’re trying to tackle the science questions to make fusion routinely useful,” he added. “What we’ve done here is the start of what is still a long journey. But I think we’ve made some nice progress.”

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    Gayoung Lee

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  • Norfolk listed in top 16 candidates for next-gen nuclear reactors

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    NORFOLK, Neb. (KCAU) — A total of 32 candidate communities in Nebraska were looked into as possible locations that would be best suited for a next-generation nuclear reactor. One of the top 16 communities was in Norfolk.

    Residents of Norfolk and the surrounding areas were encouraged to visit a Coffee and Conversation event to learn more about what nuclear energy looks like. The event took place on Thursday, Sept. 18, from 4 p.m. to 6 p.m. at the Lifelong Learning Center.

    Woodbury County Board of Supervisors finalizes nuclear ordinance

    Specifically, Coffee and Conversation gave eventgoers the chance to speak with nuclear experts, utility representatives, and economic development professionals. Throughout these conversations, you could learn about and ask questions about the nuclear tech and overall study that brought Norfolk to the top 16.

    That study will be done in phases. The first phase was meant to pick and choose which communities would make the best candidates for a next-generation nuclear or small modular reactors (SMR).

    “The availability of clean, affordable energy helps power Nebraska’s growing economy,” K.C. Belitz, director of the Nebraska Department of Economic Development, said in the press release. “Next-gen nuclear has potential to be a major source of reliable, low-cost energy for our state. Additionally, a next-gen nuclear plant would bring significant economic benefits to the community where it is located.”

    Story continues below

    “Next generation nuclear is an advancement of a technology that has already brought tremendous value to Nebraska for more than 50 years through Cooper Nuclear Station. As we move forward with conducting this study on behalf of the state, we want to make sure community members understand how nuclear technology works. We look forward to supporting local community efforts to share with residents the benefits and opportunities next generation nuclear could bring to their area,” NPPD President and CEO Tom Kent said.

    To find the most recent information about the study, visit the Next Gen Nuclear NE website.

    Copyright 2025 Nexstar Media, Inc. All rights reserved. This material may not be published, broadcast, rewritten, or redistributed.

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  • Radiant First Developer to Sign DOE Contract for HALEU Fuel, on Track for Test Next Spring

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    Radiant scheduled to be the first to test a new reactor design at Demonstration of Microreactor Experiments (DOME) facility

    Radiant, the company pioneering the world’s first portable, mass-produced nuclear microreactor, announced today it has officially signed a contract with the U.S. Department of Energy (DOE) to receive High-Assay Low-Enriched Uranium (HALEU) fuel.

    The agreement follows the DOE’s April 9th announcement naming five HALEU awardees. Each awardee still needed to successfully negotiate a contract to receive HALEU. Radiant is the first to finalize such an agreement. Over the past couple of months, Radiant worked closely with DOE and other federal and private partners to negotiate specific terms and conditions.

    “This agreement means the HALEU fuel can now officially be transferred, which keeps us on schedule to begin testing our Kaleidos Demonstration Unit at the DOME facility next year,” said Dr. Rita Baranwal, Chief Nuclear Officer at Radiant. “It also keeps the country on track to deliver on the President’s four executive orders signed in May to unleash America’s energy independence and innovation.”

    Radiant is scheduled to be first to test a new reactor design at the National Reactor Innovation Center DOME facility next spring – marking the first test of a U.S.-designed advanced reactor at Idaho National Laboratory in almost 50 years. With this fuel agreement in place, Radiant continues to lead the field in delivering flexible, advanced nuclear technology to power American energy independence and national security.

    For more information on Radiant, visit www.radiantnuclear.com.

    About Radiant

    Radiant is building the world’s first mass-produced nuclear microreactors that can go anywhere they’re needed, whenever they’re needed and without constant refueling. The company’s first reactor, Kaleidos, is a 1 MW failsafe microreactor that can be transported anywhere power is needed. Founded in 2020, Radiant plans to test its first reactor in 2026, with initial customer deployments beginning in 2028. Radiant’s mission is to mass produce the most economical and reliable portable reactors.

    Source: Radiant Industries, Incorporated

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  • Radiant Selected by Department of Energy as First New Nuclear Reactor Design to Be Tested in DOME

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    Reactor installation and testing scheduled to begin in Spring 2026

    Radiant, the company on the forefront of pioneering the world’s first portable mass-produced nuclear microreactor, announced today that it has been conditionally selected by the U.S. Department of Energy (DOE) to conduct the first test of its Kaleidos microreactor in the National Reactor Innovation Center’s Demonstration of Microreactor Experiments (DOME) testbed at the Idaho National Laboratory (INL). The demonstration reactor installation and testing is scheduled to begin in Spring 2026 and would be the first new U.S. nuclear reactor design to be tested in DOME.

    Radiant was competitively selected and is currently working through the multi-phase DOE authorization process to support the design, fabrication, construction, and testing of their fueled reactor experiment at DOME. The DOME facility is being established at INL to accelerate deployment of advanced microreactor technologies.

    “Radiant and the Department of Energy are now a team with a combined mission: Just nine months from now we will have the opportunity to put the 53rd reactor in INL’s long history into the DOME,” said Doug Bernauer, Radiant Founder and CEO. “In short order, we will fuel, go critical, and operate, leading to the mass production of portable reactors which will jumpstart American nuclear energy dominance.”

    Radiant’s Kaleidos reactor is designed to be built on an assembly line and deliver more than 1 MW of electricity in a portable package. Fueled by TRISO fuel particles, Kaleidos is designed for deployment anywhere it’s needed without the need to refuel for years.

    This latest news comes on the heels of Radiant’s previous conditional selection by DOE to receive an allocation of high-assay low-enriched uranium (HALEU) fuel for the Kaleidos test – a critical enabler of next year’s demonstration.

    For more information on Radiant and the Kaleidos microreactor, visit www.radiantnuclear.com. To join Radiant on their mission, follow them on Linkedin.

    About Radiant

    Radiant is building the world’s first mass-produced nuclear microreactors. The company’s first reactor, Kaleidos, is a 1 MW failsafe microreactor that can be transported anywhere power is needed. Founded in 2020, Radiant plans to test its first reactor in 2026, with initial customer deployments beginning in 2028. Radiant’s mission is to mass produce the most economical and reliable portable reactors.

    Source: Radiant Industries, Incorporated

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  • Protesters gather outside Raytheon

    Protesters gather outside Raytheon

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    ANDOVER — Massachusetts Peace Action and Merrimack Valley People for Peace held a peace protest Thursday outside defense contractor Raytheon’s plant, 362 Lowell St.

    The two groups were stationed outside the plant’s front gate as a statement against nuclear weapons and Raytheon’s involvement in developing weapons for the U.S. military.

    Planned protests mark the International Days of Action Against Nuclear Weapons.

    Another protest is set from noon to 1 p.m. Sunday in Shawsheen Square at the intersection of Routes 28 and 133.

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    By Angelina Berube | aberube@eagletribune.com

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  • U.S. DOE Approves the Safety Design Strategy for Radiant Industries, Inc. Microreactor

    U.S. DOE Approves the Safety Design Strategy for Radiant Industries, Inc. Microreactor

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    Radiant Industries, Inc., a leading innovator in advanced nuclear energy solutions, announces the U.S. Department of Energy (DOE) has reviewed and approved the Safety Design Strategy (SDS) for the Radiant Kaleidos microreactor in the National Reactor Innovation Center’s Demonstration of Microreactor Experiments (NRIC-DOME) test bed at Idaho National Laboratory (INL). The SDS, which describes the accepted safety analysis approach for the Kaleidos reactor, marks the initial stage in a comprehensive safety review process each microreactor developer will undertake prior to a fueled test at the Idaho facility. 

    Testing in NRIC’s DOME will allow Radiant to gather critical safety and performance data to support the future commercial licensing process with the Nuclear Regulatory Commission (NRC). Radiant is currently working with INL on the next phase of the safety review, focusing on the Conceptual Safety Design Report (CSDR). The purpose of the CSDR is to summarize the hazard analysis efforts and safety-in-design decisions incorporated into the conceptual design, along with any identified project risks associated with the selected strategies. Following its successful completion of reactor testing in the DOME facility, Radiant expects to deliver a limited number of pre-ordered Kaleidos units as soon as 2028, after obtaining U.S. Nuclear Regulatory Commission licenses. 

    “The SDS is the cornerstone of the safety roadmap we’re building as we approach commercialization of a fueled reactor in a few years’ time,” said Radiant CEO Doug Bernauer. “We’re grateful for DOE Idaho’s review and approval as we take this important step forward and for INL’s continued thorough support throughout this critical process.”  

    “The approval of the SDS is an important step towards enabling a microreactor developer to perform a test in our DOME facility,” said Brad Tomer, acting director and chief operating officer of NRIC. “As the nation’s nuclear energy research laboratory, we are committed to working with private companies to help further develop advanced nuclear technologies that will provide clean energy solutions for the U.S.” 

    As one of three recipients of the U.S. Department of Energy’s (DOE) Front-End Engineering and Experiment Design (FEEED) awards, Radiant is supported by NRIC at INL to test a fueled prototype of the Kaleidos microreactor.  

    ABOUT RADIANT 

    Radiant is a clean energy startup building a climate-friendly alternative to diesel generators, bringing power to remote areas by providing backup or primary power for life-saving applications. Targeting its first development reactor test by 2026, its 1 MW nuclear microreactor “Kaleidos” aims be the world’s first portable, zero-emissions power source that works anywhere.

    ABOUT IDAHO NATIONAL LABORATORY 

    Battelle Energy Alliance manages INL for the U.S. Department of Energy’s Office of Nuclear Energy. INL is the nation’s center for nuclear energy research and development, celebrating 75 years of scientific innovations in 2024. The laboratory performs research in each of DOE’s strategic goal areas: energy, national security, science and the environment. For more information, visit www.inl.gov

    Source: Radiant Industries, Inc.

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  • Nuclear Power/IAEA Fast Facts | CNN

    Nuclear Power/IAEA Fast Facts | CNN

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    CNN
     — 

    Here’s a look at the International Atomic Energy Agency and nuclear power.

    The International Atomic Energy Agency (IAEA) inspects nuclear and related facilities under safeguard agreements. Most agreements are with countries that have committed to not possessing nuclear weapons. The IAEA is the verification authority to enforce the Treaty on the Non-Proliferation of Nuclear Weapons (NPT).

    The IAEA has 173 member states (as of April 7, 2021).

    Rafael Grossi has been the director general of the IAEA since December 3, 2019.

    There are 35 member countries on the IAEA Board of Governors, which meets five times a year.

    The IAEA has about 2,500 employees.

    IAEA safeguard programs monitor nuclear reactors to make sure nuclear material is not being diverted for making weapons.

    The IAEA sends out inspectors to monitor reactors.

    The IAEA helps countries prepare and respond to emergencies.

    There are more than 420 nuclear power reactors in operation.

    There are more than 50 nuclear power reactors under construction.

    There are more than 90 operational nuclear reactors in the United States.

    France has a 69% share of nuclear power to total electricity generation, the highest percentage of nuclear energy in the world.

    1939 – Nuclear fission is discovered.

    1942 – The world’s first nuclear chain reaction takes place in Chicago as part of the Manhattan Project, a US research program aimed at developing the first nuclear weapons.

    July 16, 1945 – The United States conducts its first nuclear weapons test in New Mexico.

    August 6, 1945 – An atomic bomb is dropped on Hiroshima, Japan.

    August 9, 1945An atomic bomb is dropped on Nagasaki, Japan.

    August 29, 1949 – The Soviet Union conducts its first nuclear weapons test.

    December 1951Electricity is first generated from a nuclear reactor at the National Reactor Testing Station in Idaho.

    October 3, 1952 – The United Kingdom conducts its first nuclear weapons test.

    December 8, 1953 – In a speech to the United Nations General Assembly, President Dwight D. Eisenhower asks the world’s major powers to work together in developing peacetime uses of the atom. This is known as the Atoms for Peace program, and 40 countries participate. Also during this speech, Eisenhower proposes the creation of an international agency to monitor the spread of nuclear technology.

    June 26, 1954 – In the Soviet Union, the first nuclear power plant is connected to an electricity grid to provide power to residences and businesses in a town near Moscow.

    1957 – The IAEA is established to facilitate the peaceful use of nuclear energy.

    1950’s – Brazil and Argentina begin research and development of nuclear reactors.

    February 13, 1960 – France conducts its first nuclear weapons test.

    October 16, 1964 – China conducts its first nuclear weapons test.

    March 5, 1970 – The NPT goes into effect.

    May 18, 1974 – India conducts its first nuclear weapons test.

    March 28, 1979 – A partial meltdown of the Three Mile Island nuclear power plant occurs in Middletown, Pennsylvania. It is determined that equipment malfunctions, design-related problems and human error led to the accident.

    April 26, 1986 – Reactor number four explodes at the Chernobyl Nuclear Power Plant, releasing large amounts of radiation into the atmosphere.

    September 24, 1996 – The United States, China, France, the United Kingdom, Russia and 66 other UN member countries sign the Comprehensive Nuclear Test Ban Treaty, barring the testing of nuclear weapons.

    December 1997 – Mohamed ElBaradei is appointed IAEA director-general.

    May 1998 – India and Pakistan test nuclear devices amid tensions between the neighboring countries.

    January 10, 2003 – North Korea announces its withdrawal from the NPT.

    August 2003 – IAEA inspectors find traces of highly enriched uranium at an electrical plant in Iran.

    December 19, 2003 – Libya announces that it will dismantle its WMD program, in cooperation with the IAEA as well as the United States and the United Kingdom.

    October 7, 2005 – The IAEA and ElBaradei are named the winners of the Nobel Peace Prize.

    December 1, 2009 – Yukiya Amano replaces ElBaradei as director general of the IAEA.

    March 11, 2011 – A 9.0 magnitude earthquake strikes near the coast of Honshu, Japan, creating a massive tsunami. The tsunami knocks out the Fukushima Daiichi nuclear power plant’s cooling systems. The cores of three of six reactors are damaged by overheating. Resulting hydrogen explosions blow apart the buildings surrounding two reactors.

    May 30, 2011 – Germany announces it will abandon the use of all nuclear power by the year 2022. This repeals a 2010 plan to extend the life of the country’s nuclear reactors.

    November 11, 2013 – Iran signs an agreement with the IAEA, granting inspectors access to nuclear sites.

    July 14, 2015 – After 20 months of negotiations, Iran reaches a comprehensive agreement (The Joint Comprehensive Plan of Action (JCPOA)), with the United States and other countries that is aimed at reining in Iran’s nuclear program. In exchange for limits on its nuclear activities, Iran will get relief from sanctions while being allowed to continue its atomic program for peaceful purposes.

    August 11, 2015 – Japan restarts a nuclear reactor on the island of Kyushu. It’s the country’s first reactor to come back online since the 2011 tsunami.

    January 16, 2016 – The IAEA confirms that Iran has taken all of the steps outlined in the nuclear deal, allowing for sanctions to be lifted, as per the agreement.

    May 8, 2018 – US President Donald Trump announces that the United States will withdraw from JCPOA and will be imposing “the highest level of economic sanction” against Iran. In Tehran, Rouhani says Iran will take a few weeks to decide how to respond to the US withdrawal, but Rouhani says he had ordered the country’s “atomic industry organization” to be prepared to “start our industrial enrichment without limitations.”

    May 8, 2019 – Rouhani announces a partial withdrawal from the JCPOA.

    February 16, 2021 – The IAEA reports it received a February 15 letter from Iran stating that it will stop implementing provisions of the additional monitoring protocol as of February 23. This will effectively limit which facilities nuclear inspectors can scrutinize and when they can access them, making it harder for experts to determine if Tehran is attempting to develop nuclear weapons.

    February 18, 2021 – The Joe Biden administration releases a statement indicating that the United States is willing to sit down for talks with Tehran and other signatories to the Iran nuclear deal, before either side has taken tangible action to salvage or return to compliance with the agreement.

    February 21, 2021 – In a joint statement, the IAEA and Iran announce they have reached a deal in which Iran will give IAEA inspectors continued access to verify and monitor nuclear activity in the country for the next three months.

    March 15, 2023 – A spokesman from the IAEA tells CNN in an email that “approximately 2.5 tons of natural uranium” contained in 10 drums were found to be missing from supplies held in Libya during an inspection on March 14, 2023.

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  • North Korea Nuclear Timeline Fast Facts | CNN

    North Korea Nuclear Timeline Fast Facts | CNN

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    CNN
     — 

    Here is a look at North Korea’s nuclear capabilities and the history of its weapons program.

    North Korea signs the Nuclear Non-Proliferation Treaty (NPT).

    The International Atomic Energy Agency (IAEA) demands that inspectors be given access to two nuclear waste storage sites. In response, North Korea threatens to quit the NPT but eventually opts to continue participating in the treaty.

    North Korea and the United States sign an agreement. North Korea pledges to freeze and eventually dismantle its old, graphite-moderated nuclear reactors in exchange for international aid to build two new light-water nuclear reactors.

    January 29 – US President George W. Bush labels North Korea, Iran and Iraq an “axis of evil” in his State of the Union address. “By seeking weapons of mass destruction, these regimes pose a grave and growing danger,” he says.

    October – The Bush Administration reveals that North Korea has admitted operating a secret nuclear weapons program in violation of the 1994 agreement.

    January 10 – North Korea withdraws from the NPT.

    February – The United States confirms North Korea has reactivated a five-megawatt nuclear reactor at its Yongbyon facility, capable of producing plutonium for weapons.

    April – Declares it has nuclear weapons.

    North Korea tentatively agrees to give up its entire nuclear program, including weapons. In exchange, the United States, China, Japan, Russia and South Korea say they will provide energy assistance to North Korea, as well as promote economic cooperation.

    July – After North Korea test fires long range missiles, the UN Security Council passes a resolution demanding that North Korea suspend the program.

    October – North Korea claims to have successfully tested its first nuclear weapon. The test prompts the UN Security Council to impose a broad array of sanctions.

    February 13 – North Korea agrees to close its main nuclear reactor in exchange for an aid package worth $400 million.

    September 30 – At six-party talks in Beijing, North Korea signs an agreement stating it will begin disabling its nuclear weapons facilities.

    December 31 – North Korea misses the deadline to disable its weapons facilities.

    June 27 – North Korea destroys a water cooling tower at the Yongbyon nuclear facility.

    December – Six-party talks are held in Beijing. The talks break down over North Korea’s refusal to allow international inspectors unfettered access to suspected nuclear sites.

    May 25 – North Korea announces it has conducted its second nuclear test.

    June 12 – The UN Security Council condemns the nuclear test and imposes new sanctions.

    November 20 – A Stanford University professor publishes a report that North Korea has a new nuclear enrichment facility.

    October 24-25 – US officials meet with a North Korean delegation in Geneva, Switzerland, in an effort to restart the six-party nuclear arms talks that broke down in 2008.

    February 29 – The State Department announces that North Korea has agreed to a moratorium on long-range missile launches and nuclear activity at the nation’s major nuclear facility in exchange for food aid.

    January 24 – North Korea’s National Defense Commission says it will continue nuclear testing and long-range rocket launches in defiance of the United States. The tests and launches will feed into an “upcoming all-out action” targeting the United States, “the sworn enemy of the Korean people,” the commission says.

    February 12 – Conducts third nuclear test. This is the first nuclear test carried out under Kim Jong Un. Three weeks later, the United Nations orders additional sanctions in protest.

    March 30-31 – North Korea warns that it is prepping another nuclear test. The following day, the hostility escalates when the country fires hundreds of shells across the sea border with South Korea. In response, South Korea fires about 300 shells into North Korean waters and sends fighter jets to the border.

    May 6 – In an exclusive interview with CNN, the deputy director of a North Korean think tank says the country has the missile capability to strike mainland United States and would do so if the United States “forced their hand.”

    May 20 – North Korea says that it has the ability to miniaturize nuclear weapons, a key step toward building nuclear missiles. A US National Security Council spokesman responds that the United States does not think the North Koreans have that capability.

    December 12 – North Korea state media says the country has added the hydrogen bomb to its arsenal.

    January 6-7 – North Korea says it has successfully conducted a hydrogen bomb test. A day after the alleged test, White House spokesman Josh Earnest says that the United States has not verified that the test was successful.

    March 9 – North Korea announces that it has miniature nuclear warheads that can fit on ballistic missiles.

    September 9 – North Korea claims to have detonated a nuclear warhead. According to South Korea’s Meteorological Administration, the blast is estimated to have the explosive power of 10 kilotons.

    January 1 – In a televised address, Kim claims that North Korea could soon test an intercontinental ballistic missile.

    January 8 – During an interview on “Meet the Press,” Defense Secretary Ash Carter says that the military will shoot down any North Korean missile fired at the United States or any of its allies.

    January 12 – A US defense official tells CNN that the military has deployed sea-based radar equipment to track long-range missile launches by North Korea.

    July 4 – North Korea claims it has conducted its first successful test of an intercontinental ballistic missile, or ICBM, that can “reach anywhere in the world.”

    July 25 – North Korea threatens a nuclear strike on “the heart of the US” if it attempts to remove Kim as Supreme Leader, according to Pyongyang’s state-run Korean Central News Agency (KCNA).

    August 7 – North Korea accuses the United States of “trying to drive the situation of the Korean peninsula to the brink of nuclear war” after the UN Security Council unanimously adopts new sanctions in response to Pyongyang’s long-range ballistic missile tests last month.

    August 9 – North Korea’s military is “examining the operational plan” to strike areas around the US territory of Guam with medium-to-long-range strategic ballistic missiles, state-run news agency KCNA says. The North Korea comments are published one day after President Donald Trump warns Pyongyang that if it continues to threaten the United States, it would face “fire and fury like the world has never seen.”

    September 3 – North Korea carries out its sixth test of a nuclear weapon, causing a 6.3 magnitude seismic event, as measured by the United States Geological Survey. Pyongyang claims the device is a hydrogen bomb that could be mounted on an intercontinental missile. A nuclear weapon monitoring group describes the weapon as up to eight times stronger than the bomb dropped in Hiroshima in 1945. In response to the test, Trump tweets that North Korea continues to be “very hostile and dangerous to the United States.” He goes on to criticize South Korea, claiming that the country is engaging in “talk of appeasement” with its neighbor to the north. He also says that North Korea is “an embarrassment to China,” claiming Beijing is having little success reining in the Kim regime.

    November 1 – A US official tells CNN that North Korea is working on an advanced version of its intercontinental ballistic missile that could potentially reach the United States.

    November 28 – A South Korean minister says that North Korea may develop the capability to launch a nuclear weapon on a long-range ballistic missile at some point in 2018.

    January 2 – Trump ridicules Kim in a tweet. The president says that he has a larger and more functional nuclear button than the North Korean leader in a post on Twitter, responding to Kim’s claim that he has a nuclear button on his desk.

    January 10 – The White House releases a statement indicating that the Trump administration may be willing to hold talks with North Korea.

    March 6 – South Korea’s national security chief Chung Eui-yong says that North Korea has agreed to refrain from nuclear and missile testing while engaging in peace talks. North Korea has also expressed an openness to talk to the United States about abandoning its nuclear program, according to Chung.

    March 8 – Chung, standing outside the White House, announces that Trump has accepted an invitation to meet Kim.

    June 12 – The final outcome of a landmark summit, and nearly five hours of talks between Trump and Kim in Singapore, culminates with declarations of a new friendship but only vague pledges of nuclear disarmament.

    December 5New satellite images obtained exclusively by CNN reveal North Korea has significantly expanded a key long-range missile base, offering a reminder that Kim is still pursuing his promise to mass produce and deploy the existing types of nuclear warheads in his arsenal.

    January 18 – Trump meets with Kim Yong Chol, North Korea’s lead negotiator on nuclear talks, and they discuss denuclearization and the second summit scheduled for February.

    February 27-28 – A second round of US-North Korean nuclear diplomacy talks ends abruptly with no joint agreement after Kim insists all US sanctions be lifted on his country. Trump states that Kim offered to take some steps toward dismantling his nuclear arsenal, but not enough to warrant ending sanctions imposed on the country.

    March 8 – Analysts say that satellite images indicate possible activity at a launch facility, suggesting that the country may be preparing to shoot a missile or a rocket.

    March 15 – North Korea’s foreign minister tells reporters that the country has no intention to “yield to the US demands.” In the wake of the comment, US Secretary of State Mike Pompeo insists that negotiations will continue.

    May 4 – South Korea’s Defense Ministry states that North Korea test-fired 240 mm and 300 mm multiple rocket launchers, including a new model of a tactical guide weapon on May 3. According to the defense ministry’s assessment, the launchers’ range is about 70 to 240 kilometers (43 to 149 miles). The test is understood to be the first missile launch from North Korea since late 2017 – and the first since Trump began meeting with Kim.

    October 2 – North Korea says it test fired a new type of a submarine-launched ballistic missile (SLBM), a day after Pyongyang and Washington agreed to resume nuclear talks. The launch marks a departure from the tests of shorter range missiles North Korea has carried out in recent months.

    December 3 – In a statement, Ri Thae Song, a first vice minister at the North Korean Foreign Ministry working on US affairs, warns the United States to prepare for a “Christmas gift,” which some interpret as the resumption of long-distance missile testing. December 25 passes without a “gift” from the North Korean regime, but US officials remain watchful.

    October 10 – North Korea unveils what analysts believe to be one of the world’s largest ballistic missiles at a military parade celebrating the 75th anniversary of the Workers’ Party broadcast on state-run television.

    August 27 – In an annual report on Pyongyang’s nuclear program, the IAEA says North Korea appears to have restarted operations at a power plant capable of producing plutonium for nuclear weapons. The IAEA says that clues, such as the discharge of cooling water, observed in early July, indicated the plant is active. No such evidence had been observed since December 2018.

    September 13 – North Korea claims it successfully test-fired new long-range cruise missiles on September 11 and 12, according to the country’s state-run KCNA. According to KCNA, the missiles traveled for 7,580 seconds along oval and figure-eight flight orbits in the air above the territorial land and waters of North Korea and hit targets 1,500 kilometers (930 miles) away. The US and neighboring South Korea are looking into the launch claims, officials in both countries tell CNN.

    October 14 – An academic study finds that North Korea can get all the uranium it needs for nuclear weapons through its existing Pyongsan mill, and, based on satellite imagery, may be able to increase production above its current rate.

    January 12 – The United States announces sanctions on eight North Korean and Russian individuals and entities for supporting North Korea’s ballistic missile programs.

    January 20 – North Korea says it will reconsider its moratorium on nuclear and long-range missile tests, according to state media.

    March 24 – North Korea fires what is believed to be its first intercontinental ballistic missile since 2017. Analysts say the test could be the longest-range missile yet fired by North Korea, possibly representing a new type of ICBM.

    September 9 – North Korean state media reports that North Korea has passed a new law declaring itself a nuclear weapons state. Leader Kim Jong Un vows the country will “never give up” its nuclear weapons and says there will be no negotiations on denuclearization.

    October 4 – North Korea fires a ballistic missile without warning over Japan for the first time in five years, a highly provocative and reckless act that marks a significant escalation in its weapons testing program.

    October 10 – North Korea performs a series of seven practice drills, intended to demonstrate its readiness to fire tactical nuclear warheads at potential targets in South Korea. Quoting leader Kim Jong Un, who oversaw the drills, KCNA says the tests, which coincided with nearby military drills between the United States, South Korea and Japan, showed Pyongyang was ready to respond to regional tensions by involving its “huge armed forces.”

    January 1 – Pyongyang’s state media reports that Kim Jong Un is calling for an “exponential increase” in his country’s nuclear weapons arsenal in response to what he claims are threats from South Korea and the United States.

    July 18 – South Korea’s Defense Ministry announces the presence of a nuclear capable US Navy ballistic missile submarine in the South Korean port city of Busan. The arrival of the submarine follows a period of heightened tensions on the peninsula, during which North Korea has both tested what it said was an advanced long range missile and threatened to shoot down US military reconnaissance aircraft.

    September 28 – The state-run Korean Central News Agency reports North Korea has amended its constitution to bolster and expand its nuclear force, with leader Kim Jong Un pointing to the growing cooperation between the United States, South Korea and Japan. The law added into North Korea’s constitution reinforces North Korea’s view that it is a forever nuclear power and that the idea of denuclearizing or giving up its weapons is not up for discussion.

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  • General Atomics Signs a Memorandum of Understanding With Emirates Nuclear Energy Corporation

    General Atomics Signs a Memorandum of Understanding With Emirates Nuclear Energy Corporation

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    Press Release


    Mar 21, 2024

    Collaboration Will Fast-Track Technologies, Materials for Nuclear Reactor Systems

    General Atomics (GA) announced today that it has signed a Memorandum of Understanding (MOU) with the Emirates Nuclear Energy Corporation (ENEC) to investigate collaborative project opportunities to support United Arab Emirates (UAE) nuclear energy programs. Representatives from both companies signed the MOU while attending the CERAWeek Conference in Houston, TX. 

    Under the MOU, General Atomics Electromagnetic Systems (GA-EMS), a group operating within GA, and ENEC will conduct detailed discussions covering several projects, including opportunities to utilize GA-EMS’ SiGA® cladding for nuclear reactor applications and Fast Modular Nuclear Reactor designs. Silicon carbide cladding will improve the safety and affordability of existing light water reactors, as well as minimize outage time. Additionally, this innovative material is critical for the Department of Energy-funded Fast Modular Reactor (FMR) design and other advanced or Small Modular Reactors (SMRs) that use high temperature to achieve high efficiency in production of electricity.

    “We look forward to working with ENEC to develop potential opportunities to fast-track the development of advanced fuels, silicon carbide cladding and new modular reactor designs to support the UAE’s innovation-driven nuclear energy initiatives,” stated Scott Forney, president of GA-EMS. “ENEC has extensive experience in developing nuclear programs and building and operating reactor systems to the highest standards of safety, quality, and security. We are committed to working with companies like ENEC, whose reputation for excellence is synergistic with ours, to deliver these revolutionary technologies to greatly enhance the safety, durability, performance, and economics of nuclear energy systems.”

    His Excellency Mohamed Al Hammadi, Managing Director and Chief Executive Officer of ENEC, said: “Having successfully developed the Barakah Nuclear Energy Plant, the largest single source of clean electricity in the UAE, we are now focused on building international partnerships to drive innovation and R&D in new clean energy solutions. The Barakah Plant is a catalyst for a new era of technological advancement and cooperation on a global level to collectively take us closer to our Net Zero targets. We look forward to working with General Atomics to identify areas of potential collaboration to drive progress within the international nuclear energy industry.” 

    Source: General Atomics Electromagnetic Systems

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  • 2011 Japan Earthquake – Tsunami Fast Facts | CNN

    2011 Japan Earthquake – Tsunami Fast Facts | CNN

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    CNN
     — 

    Here’s a look at the earthquake and tsunami that struck Japan in March of 2011.

    March 11, 2011 – At 2:46 p.m., a 9.1 magnitude earthquake takes place 231 miles northeast of Tokyo at a depth of 15.2 miles.

    The earthquake causes a tsunami with 30-foot waves that damage several nuclear reactors in the area.

    It is the largest earthquake ever to hit Japan.

    Number of people killed and missing

    (Source: Japan’s Fire and Disaster Management Agency)

    The combined total of confirmed deaths and missing is more than 22,000 (nearly 20,000 deaths and 2,500 missing). Deaths were caused by the initial earthquake and tsunami and by post-disaster health conditions.

    At the time of the earthquake, Japan had 54 nuclear reactors, with two under construction, and 17 power plants, which produced about 30% of Japan’s electricity (IAEA 2011).

    Material damage from the earthquake and tsunami is estimated at about 25 trillion yen ($300 billion).

    There are six reactors at Tokyo Electric Power Company’s Fukushima Daiichi plant, located about 65 km (40 miles) south of Sendai.

    A microsievert (mSv) is an internationally recognized unit measuring radiation dosage. People are typically exposed to a total of about 1,000 microsieverts in one year.

    The Japanese government estimated that the tsunami swept about five million tons of debris offshore, but that 70% sank, leaving 1.5 million tons floating in the Pacific Ocean. The debris was not considered to be radioactive.

    READ MORE: Fukushima: Five years after Japan’s worst nuclear disaster

    All times and dates are local Japanese time.

    March 11, 2011 – At 2:46 p.m., an 8.9 magnitude earthquake takes place 231 miles northeast of Tokyo. (8.9 = original recorded magnitude; later upgraded to 9.0, then 9.1.)
    – The Pacific Tsunami Warning Center issues a tsunami warning for the Pacific Ocean from Japan to the US. About an hour after the quake, waves up to 30 feet high hit the Japanese coast, sweeping away vehicles, causing buildings to collapse, and severing roads and highways.
    – The Japanese government declares a state of emergency for the nuclear power plant near Sendai, 180 miles from Tokyo. Sixty to seventy thousand people living nearby are ordered to evacuate to shelters.

    March 12, 2011 – Overnight, a 6.2 magnitude aftershock hits the Nagano and Niigata prefectures (USGS).
    – At 5:00 a.m., a nuclear emergency is declared at Fukushima Daiichi nuclear power plant. Officials report the earthquake and tsunami have cut off the plant’s electrical power, and that backup generators have been disabled by the tsunami.
    – Another aftershock hits the west coast of Honshu – 6.3 magnitude. (5:56 a.m.)
    – The Japanese Nuclear and Industrial Safety Agency announces that radiation near the plant’s main gate is more than eight times the normal level.
    – Cooling systems at three of the four units at the Fukushima Daini plant fail prompting state of emergency declarations there.
    – At least six million homes – 10% of Japan’s households – are without electricity, and a million are without water.
    – The US Geological Survey says the quake appears to have moved Honshu, Japan’s main island, by eight feet and has shifted the earth on its axis.
    – About 9,500 people – half the town’s population – are reported to be unaccounted for in Minamisanriku on Japan’s Pacific coast.

    March 13, 2011 – People living within 10 kilometers (6.2 miles) of the Fukushima Daini and 20 kilometers of the Fukushima Daiichi power plants begin a government-ordered evacuation. The total evacuated so far is about 185,000.
    – 50,000 Japan Self-Defense Forces personnel, 190 aircraft and 25 ships are deployed to help with rescue efforts.
    – A government official says a partial meltdown may be occurring at the damaged Fukushima Daiichi plant, sparking fears of a widespread release of radioactive material. So far, three units there have experienced major problems in cooling radioactive material.

    March 14, 2011 – The US Geological Survey upgrades its measure of the earthquake to magnitude 9.0 from 8.9.
    – An explosion at the Daiichi plant No. 3 reactor causes a building’s wall to collapse, injuring six. The 600 residents remaining within 30 kilometers of the plant, despite an earlier evacuation order, have been ordered to stay indoors.
    – The No. 2 reactor at the Daiichi plant loses its cooling capabilities. Officials quickly work to pump seawater into the reactor, as they have been doing with two other reactors at the same plant, and the situation is resolved. Workers scramble to cool down fuel rods at two other reactors at the plant – No. 1 and No. 3.
    – Rolling blackouts begin in parts of Tokyo and eight prefectures. Downtown Tokyo is not included. Up to 45 million people will be affected in the rolling outages, which are scheduled to last until April.

    March 15, 2011 – The third explosion at the Daiichi plant in four days damages the suppression pool of reactor No. 2. Water continues to be injected into “pressure vessels” in order to cool down radioactive material.

    March 16, 2011 – The nuclear safety agency investigates the cause of a white cloud of smoke rising above the Fukushima Daiichi plant. Plans are canceled to use helicopters to pour water onto fuel rods that may have burned after a fire there, causing a spike in radiation levels. The plume is later found to have been vapor from a spent-fuel storage pool.
    – In a rare address, Emperor Akihito tells the nation to not give up hope, that “we need to understand and help each other.” A televised address by a sitting emperor is an extraordinarily rare event in Japan, usually reserved for times of extreme crisis or war.
    – After hydrogen explosions occur in three of the plant’s reactors (1, 2 and 3), Chief Cabinet Secretary Yukio Edano says radiation levels “do not pose a direct threat to the human body” between 12 to 18 miles (20 to 30 kilometers) from the plant.

    March 17, 2011 – Gregory Jaczko, head of the Nuclear Regulatory Commission, tells US Congress that spent fuel rods in the No. 4 reactor have been exposed because there “is no water in the spent fuel pool,” resulting in the emission of “extremely high” levels of radiation.
    – Helicopters operated by Japan’s Self-Defense Forces begin dumping tons of seawater from the Pacific Ocean on to the No. 3 reactor to reduce overheating.
    – Radiation levels hit 20 millisieverts per hour at an annex building where workers have been trying to re-establish electrical power, “the highest registered (at that building) so far.” (Tokyo Electric Power Co.)

    March 18, 2011 – Japan’s Nuclear and Industrial Safety Agency raises the threat level from 4 to 5, putting it on a par with the 1979 Three Mile Island accident in Pennsylvania. The International Nuclear Events Scale says a Level 5 incident means there is a likelihood of a release of radioactive material, several deaths from radiation and severe damage to the reactor core.

    April 12, 2011 – Japan’s nuclear agency raises the Fukushima Daiichi crisis from Level 5 to a Level 7 event, the highest level, signifying a “major accident.” It is now on par with the 1986 Chernobyl disaster in the former Soviet Union, which amounts to a “major release of radioactive material with widespread health and environmental effects requiring implementation of planned and extended countermeasures.”

    June 6, 2011 – Japan’s Nuclear Emergency Response Headquarters reports reactors 1, 2 and 3 at the Fukushima Daiichi nuclear power plant experienced a full meltdown.

    June 30, 2011 – The Japanese government recommends more evacuations of households 50 to 60 kilometers northwest of the Fukushima Daiichi power plant. The government said higher radiation is monitored sporadically in this area.

    July 16, 2011 – Kansai Electric announces a reactor at the Ohi nuclear plant will be shut down due to problems with an emergency cooling system. This leaves only 18 of Japan’s 54 nuclear plants producing electricity.

    October 31, 2011 – In response to questions about the safety of decontaminated water, Japanese government official Yasuhiro Sonoda drinks a glass of decontaminated water taken from a puddle at the Fukushima Daiichi nuclear plant.

    November 2, 2011 – Kyushu Electric Power Co. announces it restarted the No. 4 reactor, the first to come back online since the March 11 disaster, at the Genkai nuclear power plant in western Japan.

    November 17, 2011 – Japanese authorities announce that they have halted the shipment of rice from some farms northwest of the Fukushima Daiichi nuclear power plant after finding higher-than-allowed levels of radioactive cesium.

    December 5, 2011 – Tokyo Electric Power Company announces at least 45 metric tons of radioactive water have leaked from the Fukushima Daiichi nuclear facility and may have reached the Pacific Ocean.

    December 16, 2011 – Japan’s Prime Minister says a “cold shutdown” has been achieved at the Fukushima Daiichi nuclear power plant, a symbolic milestone which means the plant’s crippled reactors have stayed at temperatures below the boiling point for some time.

    December 26, 2011 – Investigators report poorly trained operators at the Fukushima Daiichi nuclear power plant misread a key backup system and waited too long to start pumping water into the units, according to an interim report from the government committee probing the nuclear accident.

    February 27, 2012 – Rebuild Japan Initiative Foundation, an independent fact-finding committee, releases a report claiming the Japanese government feared the nuclear disaster could lead to an evacuation of Tokyo while at the same time hiding its most alarming assessments of the nuclear disaster from the public as well as the United States.

    May 24, 2012 – TEPCO (Tokyo Electric Power Co.) estimates about 900,000 terabecquerels of radioactive materials were released between March 12 and March 31 in 2011, more radiation than previously estimated.

    June 11, 2012 – At least 1,324 Fukushima residents lodge a criminal complaint with the Fukushima prosecutor’s office, naming Tsunehisa Katsumata, the chairman of Tokyo Electric Power Co. (TEPCO) and 32 others responsible for causing the nuclear disaster which followed the March 11 earthquake and tsunami and exposing the people of Fukushima to radiation.

    June 16, 2012 – Despite public objections, the Japanese government approves restarting two nuclear reactors at the Kansai Electric Power Company in Ohi in Fukui prefecture, the first reactors scheduled to resume since all nuclear reactors were shut down in May 2012.

    July 1, 2012 – Kansai Electric Power Co. Ltd. (KEPCO) restarts the Ohi nuclear plant’s No. 3 reactor, resuming nuclear power production in Japan for the first time in the wake of the Fukushima Daiichi meltdown following the tsunami.

    July 5, 2012 – The Fukushima Nuclear Accident Independent Investigation Commission’s report finds that the Fukushima Daiichi nuclear crisis was a “man-made disaster” which unfolded as a result of collusion between the facility’s operator, regulators and the government. The report also attributes the failings at the plant before and after March 11 specifically to Japanese culture.

    July 23, 2012 – A Japanese government report is released criticizing TEPCO. The report says the measures taken by TEPCO to prepare for disasters were “insufficient,” and the response to the crisis “inadequate.”

    October 12, 2012 – TEPCO acknowledges in a report it played down safety risks at the Fukushima Daiichi power plant out of fear that additional measures would lead to a plant shutdown and further fuel public anxiety and anti-nuclear movements.

    July 2013 – TEPCO admits radioactive groundwater is leaking into the Pacific Ocean from the Fukushima Daiichi site, bypassing an underground barrier built to seal in the water.

    August 28, 2013 – Japan’s nuclear watchdog Nuclear Regulation Authority (NRA) says a toxic water leak at the tsunami-damaged Fukushima Daiichi power plant has been classified as a Level 3 “serious incident” on an eight-point International Nuclear Event Scale (lINES) scale.

    September 15, 2013 – Japan’s only operating nuclear reactor is shut down for maintenance. All 50 of the country’s reactors are now offline. The government hasn’t said when or if any of them will come back on.

    November 18, 2013 – Tokyo Electric Power Co. says operators of the Fukushima nuclear plant have started removing 1,500 fuel rods from damaged reactor No. 4. It is considered a milestone in the estimated $50 billion cleanup operation.

    February 20, 2014 – TEPCO says an estimated 100 metric tons of radioactive water has leaked from a holding tank at the Fukushima Daiichi Nuclear Power Plant.

    August 11, 2015 – Kyushu Electric Power Company restarts No. 1 reactor at the Sendai nuclear power plant in Kagoshima prefecture. It is the first nuclear reactor reactivated since the Fukushima disaster.

    October 19, 2015 – Japan’s health ministry says a Fukushima worker has been diagnosed with leukemia. It is the first cancer diagnosis linked to the cleanup.

    February 29, 2016 – Three former TEPCO executives are indicted on charges of professional negligence related to the disaster at the Fukushiima Daiichi plant.

    November 22, 2016 – A 6.9 magnitude earthquake hits the Fukushima and Miyagi prefectures and is considered an aftershock of the 2011 earthquake. Aftershocks can sometimes occur years after the original quake.

    February 2, 2017 – TEPCO reports atmospheric readings from inside nuclear reactor plant No. 2. as high as 530 sieverts per hour. This is the highest since the 2011 meltdown.

    February 13, 2021 – A 7.1 magnitude earthquake off the east coast of Japan is an aftershock of the 2011 quake, according to the Japan Meteorological Agency.

    April 13, 2021 – The Japanese government announces it will start releasing more than 1 million metric tons of treated radioactive water from the destroyed Fukushima nuclear plant into the ocean in two years – a plan that faces opposition at home and has raised “grave concern” in neighboring countries. The whole process is expected to take decades to complete.

    September 9, 2021 – The IAEA and Japan agree on a timeline for the multi-year review of Japan’s plan to release treated radioactive water from the destroyed Fukushima nuclear plant into the ocean.

    February 18, 2022 – An IAEA task force makes its first visit to Japan for the safety review of its plan to discharge treated radioactive water into the sea.

    July 4, 2023 – An IAEA safety review concludes that Japan’s plans to release treated radioactive water from the Fukushima nuclear plant into the ocean are consistent with IAEA Safety Standards.

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  • Hassan Rouhani Fast Facts | CNN

    Hassan Rouhani Fast Facts | CNN

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    CNN
     — 

    Here’s a look at the life of former Iranian President Hassan Rouhani.

    Birth date: November 12, 1948

    Birth place: Sorkheh, Iran

    Birth name: Hassan Feridon

    Marriage: Sahebeh Arabi

    Children: Has four children

    Education: University of Tehran, B. A., 1972; Glasgow Caledonian University, M. Phil., 1995; Glasgow Caledonian University, Ph.D., 1999

    Religion: Shiite Muslim

    Rouhani is a cleric. His religious title is Hojatoleslam, which is a middle rank in the religious hierarchy.

    Arrested many times in the 1960s and 1970s as a follower of Ayatollah Khomeini.

    Iranian media refers to Rouhani as the “diplomat sheik.”

    1960 – Begins his religious studies at a seminary in Semnan province.

    1977 – Under the threat of arrest, leaves Iran and joins Ayatollah Ruhollah Khomeini in exile in France.

    1980-2000After the overthrow of the Shah, Rouhani serves five terms in the National Assembly.

    1983-1988 – Member of the Supreme Defense Council.

    1985-1991 – Commander of the Iranian air defenses.

    1988-1989 – Deputy commander of Iran’s Armed Forces.

    1989-1997 – National security adviser to the president.

    1989-2005 – Secretary of the Supreme National Security Council.

    1989-present – Represents Supreme Leader Ayatollah Seyyed Ali Khamenei on Iran’s Supreme National Security Council.

    1991-present – Member of the country’s Expediency Council.

    1992-2013 – President of the Center for Strategic Research.

    1999-present – Member of the Council of Experts, the group that chooses the Supreme Leader.

    2000-2005 – National security adviser to the president.

    2003-2005 – Iran’s chief nuclear negotiator.

    June 14, 2013 – Wins the presidential election after securing more than 50% of the vote.

    August 4, 2013 – Rouhani is sworn in as the seventh president of Iran.

    September 19, 2013 – Writes a column in The Washington Post calling for engagement and “a constructive approach” to issues such as Iran’s nuclear weapons program.

    September 25, 2013 – In stark contrast to his predecessor, Rouhani condemns the actions of the Nazis during the Holocaust.

    September 27, 2013 – Speaks with US President Barack Obama by telephone, the first direct conversation between leaders of Iran and the United States since 1979.

    July 14, 2015 – After negotiators strike a nuclear deal in Vienna, Rouhani touts the benefits of the agreement on Iranian television, declaring, “Our prayers have come true.” The deal calls for restrictions on uranium enrichment and research in exchange for relief from economic sanctions.

    September 28, 2015 – Rouhani addresses the General Assembly of the United Nations, stating “A new chapter has started in Iran’s relations with the world.” However, he also says that America and Israel are partially responsible for the increase in global terrorism: “If we did not have the US military invasion of Afghanistan and Iraq, and the United States’ unwarranted support for the inhumane actions of the Zionist regime against the oppressed nation of Palestine, today the terrorists would not have an excuse for the justification of their crimes.”

    September 22, 2016 – Speaking to global leaders at the United Nations General Assembly in New York, Rouhani accuses the United States of “a lack of compliance” with the nuclear deal agreed on in July 2015. Rouhani also attacks the United States for what he describes as “illegal actions,” referring to the US Supreme Court decision in April 2016 to allow US victims of terror to claim nearly $2 billion in compensation from Iran’s central bank.

    May 20, 2017 – Rouhani wins reelection after securing approximately 57% of the vote.

    September 20, 2017 – In a press conference following US President Donald Trump’s speech at the UN General Assembly calling the nuclear deal with Iran an embarrassment to the United States, Rouhani calls for an apology to the people of Iran for the “offensive” comments and “baseless” accusations, including Trump’s assertion that the “Iranian government masks a corrupt dictatorship behind the false guise of a democracy.”

    July 22, 2018 – Addressing diplomats in Tehran, Rouhani warns the United States that war with Iran would be “the mother of all wars.”

    September 25, 2018 – In an interview with CNN’s Christiane Amanpour, Rouhani says Iran is sticking to the nuclear deal. If the signatories remaining after the United States pulled out aren’t “living up to their commitments,” then Iran will re-evaluate.

    November 5, 2018 – In public remarks made during a cabinet meeting, Rouhani says Iran will “proudly break” US sanctions that went into effect a day earlier. The sanctions – the second round reimposed after Trump pulled out of the nuclear deal in May – target Iran’s oil and gas industries as well as shipping, shipbuilding and banking industries.

    May 8, 2019 – Rouhani announces that Iran will reduce its “commitments” to the Joint Comprehensive Plan of Action (JCPOA) but will not fully withdraw. In a televised speech, Rouhani says Iran will keep its excess enriched uranium and heavy water, rather than sell it to other countries as previously agreed to limit its stockpile.

    July 3, 2019 – Rouhani announces Iran will begin enriching uranium at a higher level than what is allowed under the JCPOA. He vows to revive work on the Arak heavy-water reactor, which had been suspended under the nuclear deal.

    September 26, 2019 – Rouhani announces Iran has started using advanced models of centrifuges to enrich uranium in violation of the JCPOA.

    January 3, 2020 Qasem Soleimani, leader of the Quds Force unit Islamic Revolutionary Guard Corps since 1988, is killed at Baghdad International Airport in an US airstrike ordered by Trump. Rouhani says the United States committed a “grave mistake” and “will face the consequences of this criminal act not only today, but also in the coming years.”

    January 11, 2020 Rouhani apologizes to the Ukrainian people after Iran’s armed forces downs a Ukraine International Airlines passenger jet in Tehran, mistaking it for a hostile target. He promises to hold those responsible for the January 8 tragedy “accountable,” according to the readout of a call with Ukraine President Volodymyr Zelensky.

    June 19, 2021 – Ebrahim Raisi wins Iran’s presidential election.

    August 5, 2021 – Raisi is sworn in, replacing Rouhani as president of Iran.

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  • Regulators Are Charging $500K For Something The Government Admits Is Basically Pointless

    Regulators Are Charging $500K For Something The Government Admits Is Basically Pointless

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    The nuclear energy startup Kairos wants to build a small test reactor at a government laboratory. The Nuclear Regulatory Commission sees no problem with those plans. After months of poring over the California company’s application and holding a series of public hearings, the agency’s staff felt satisfied enough with the company’s environmental and safety reviews to formally recommend that the commissioners approve its construction permits.

    In fact, the proposal has proved so uncontroversial that no opponents of nuclear energy are challenging the regulators’ decision. But there’s one more bureaucratic hurdle Kairos needs to clear: a single hearing that will cost the company almost $500,000 and delay any permits for at least six more months.

    Some environmentalists who support nuclear power call it a “dog-and-pony show.” Past NRC officials say it’s basically pointless. The current NRC says nothing to defend it, only that it’s required by law. Federal scientists outside the regulatory agency say it should be abolished. Lawmakers from both parties have been trying to do that for decades.

    The United States built too few new reactors in the past 40 years for the issue to gain much momentum in Congress, where lawmakers with a median age of 59 are more likely to have memories of hiding under school desks during Cold War-era nuclear bomb drills than anxieties about personal survival in the hotter and more chaotic world forecast for the coming decades.

    But as the country turns to nuclear energy to replace fossil fuels and backup weather-dependent renewables, such as wind and solar power, experts say holding expensive, time-consuming hearings that make no difference on permitting outcomes other than delaying construction is a luxury the U.S. can ill afford.

    “In the past, the implicit assumption is that it was OK to build energy projects slowly because the status quo was acceptable,” said Judi Greenwald, executive director of the Nuclear Innovation Alliance, a nonprofit think tank that promotes atomic power in the public interest. “We know now that the status quo is not acceptable. Time is of the essence.”

    While progressive pro-nuclear advocates agree, the only bill to free the NRC of its legal duty to hold these so-called mandatory uncontested hearings was introduced in July by right-wing Rep. Byron Donalds (R-Fla.). The legislation so far has just one co-sponsor, Rep. Troy Nehls (R-Texas). A separate draft proposal in the House Committee on Energy and Commerce also calls for eliminating the hearing.

    The looming legislative push comes as lawmakers across the political spectrum warm to nuclear power. The bipartisan infrastructure law President Joe Biden signed in 2021 contained billions of dollars in subsidies to keep existing nuclear power plants running, and the various clean-energy programs in the Inflation Reduction Act could potentially direct billions more to future atomic energy stations. In July, the Senate passed another bill ― this one authored by Republicans and some of the Democrats’ biggest climate hawks ― aimed at boosting U.S. exports of reactor technology and uranium fuel. Earlier this year, the NRC approved its first-ever design for a small modular reactor, and just this week gave a uranium enrichment company the green light to start producing a special type of nuclear fuel that hasn’t been commercially manufactured in the U.S. in years.

    The first new reactors built from scratch in the U.S. in a generation are at Georgia Power’s Plant Vogtle nuclear power plant in Waynesboro, Georgia. After years of billion-dollar delays that cast doubt over the future of atomic energy in the U.S., the first of the two new reactors came online this summer.

    John Bazemore/Associated Press

    Support for nuclear energy is growing among voters, with 57% of Americans telling the Pew Research Center in August that they favor more nuclear power plants, up from 43% in 2020. Those results mirror similar findings from other surveys this year by the pollsters Gallup and Ipsos.

    Voters’ willingness to relax regulations on clean-energy infrastructure is harder to pin down. Last September, 61% of voters backed making the government permitting process more efficient for clean-energy projects in a survey by the Bipartisan Policy Center and the pollster Morning Consult. In May, 76% of voters said they preferred to maintain current environmental and public health rules regardless of whether they wanted more low-carbon energy or fossil fuels, according to a survey that the Democratic pollster Data for Progress conducted on behalf of two environmental groups.

    Loosening regulation isn’t always a political winner, especially on industries that voters may see as dangerous. From metropolitan New York and Boston to rural New Mexico, efforts to carry out routine and relatively harmless functions at defunct nuclear plants or build new facilities to store radioactive waste have been met with fierce local protests ― often from demonstrators whose rhetoric suggests a misunderstanding of the dangers associated with radiation.

    But when Rep. Diana DeGette (D-Colo.) pressed the NRC’s executive director for operations at a July House hearing on whether eliminating mandatory hearings would reduce oversight or damage public confidence in a new nuclear facility, Dan Dorman said no.

    “That would not in any way affect the interests of any party who would seek a hearing,” Dorman said, noting that those who wish to challenge a new nuclear plant could weigh in throughout the process and still trigger a mandatory meeting by contesting the NRC staff’s approval of a license. “I don’t believe it would significantly decrease public confidence.”

    Asked by HuffPost to explain the value these hearings play in the licensing process, the NRC said only that it is “required by the Atomic Energy Act to hold” them and sent a link to the statute.

    The requirement that the NRC hold a public hearing at the end of the permitting process even if no one contests it dates back to before the agency even existed. Until the NRC’s creation in 1974, nuclear energy was regulated by the Atomic Energy Commission. Unlike the NRC, whose sole responsibility is to safeguard the public against the potential dangers of nuclear power plants, the AEC had the dual mandate of watching over the industry and promoting the use of fission energy.

    At that time, the bedrock federal laws that today mandate extensive scientific assessments, public hearings and access to federal documents did not exist.

    Lewis Strauss, chairman of the Atomic Energy Commission, appears before a Senate anti-monopoly subcommittee in 1955 that reopened hearings on a canceled multimillion-dollar power contract. Strauss's reluctance to reveal the internal debates at the AEC, a predecessor to Nuclear Regulatory Commission, prompted Congress to amend the Atomic Energy Act to require mandatory uncontested hearings.
    Lewis Strauss, chairman of the Atomic Energy Commission, appears before a Senate anti-monopoly subcommittee in 1955 that reopened hearings on a canceled multimillion-dollar power contract. Strauss’s reluctance to reveal the internal debates at the AEC, a predecessor to Nuclear Regulatory Commission, prompted Congress to amend the Atomic Energy Act to require mandatory uncontested hearings.

    Bettmann via Getty Images

    In 1956, right as Congress was debating whether to give private industry a bigger role in developing new nuclear plants or focus funding on the government’s own efforts, a private utility in Detroit proposed building a novel kind of reactor. The design was what’s known as a “fast-breeder reactor.” Unlike the vast majority of reactors in the world then and now, which use water to cool the reaction, this design instead used liquid sodium metal and promised almost unlimited energy due to its ability to generate power from nuclear fuel that would qualify as waste in a traditional reactor.

    As the AEC reviewed the proposal, various researchers warned of flaws in the design that could increase the risk of a meltdown. When word of those concerns reached Congress, AEC Chairman Lewis Strauss (recently portrayed by Robert Downey Jr. in the film “Oppenheimer”) let slip that he planned to attend the groundbreaking ceremony for the controversial new reactor before the final approval of its safety reviews took place, according to a book by the NRC’s in-house historians. Accused by a Democratic AEC commissioner of having already rubber-stamped the reactor, Strauss, a Republican, tried to keep the proceedings of the AEC’s meetings confidential.

    In 1962, Congress updated the Atomic Energy Act to require public hearings at the end of the application review process, even if the license is not contested.

    Since then, however, laws like the National Environmental Protection Act and the Freedom of Information Act have made the federal government far more open and transparent. Around the same time those statutes were enacted, Congress disbanded the AEC and established the NRC with the purpose of safeguarding the public from the potential dangers of radioactive materials, particularly from nuclear power plants.

    At this point, the requirement to hold uncontested hearings “is duplicative, it’s redundant and it slows deployment, especially as the number of construction permits or applications before the NRC starts to increase,” said Nico McMurray, the managing director of public policy at the ClearPath Foundation, a think tank focused on cutting emissions from the energy sector.

    “This is just an additional cost that the applicant will have to pay in order to get a license,” he said. “It’s not just the cost they have to pay to the regulator in the form of fees; it’s the internal cost they have just to prepare for the hearing as well.”

    “This is a dog-and-pony show. It’s half a million dollars to pay the commissioners’ staff to write questions for the commissioners to ask. You don’t get much more ‘bureaucratic waste’ than that.”

    – Adam Stein, director of nuclear energy innovation at the Breakthrough Institute

    Kairos declined to comment on how much the hearing would cost internally, saying it’s “business-sensitive, and we do not broadly communicate about it.” But a letter the NRC sent the company in August shows the agency estimating that the process would require 1,500 hours of work from the regulators, which Kairos would need to pay. At the NRC’s current rate of about $300 per hour, that would come out to at least $450,000, not counting what the company pays its lawyers.

    In an April paper examining ways to improve the nuclear licensing process, the Idaho National Laboratory looked at 13 mandatory hearings from 2009 to 2019 and found that only two led to any changes, and it was only to add new conditions based on the Fukushima disaster that unfolded months earlier, which like would have occurred regardless of the hearings.

    The conclusion mirrors what an internal NRC task force looking at how to make licensing more efficient recommended in 2007.

    “This is a dog-and-pony show,” said Adam Stein, the director of nuclear energy innovation at the Breakthrough Institute, an environmental think tank based in Berkeley, California, that supports nuclear energy. “It’s half a million dollars to pay the commissioners’ staff to write questions for the commissioners to ask. You don’t get much more ‘bureaucratic waste’ than that.”

    A progressive pro-nuclear group, Good Energy Collective, agrees that the hearings are pointless even though it recently found itself opposite the Breakthrough Institute in recent debates over the NRC.

    “It’s an anachronistic holdover,” said Jackie Toth, Good Energy Collective’s deputy director. “Anytime you hear that a regulatory body is considering removing a level of review and oversight, it’s natural to react. But because the mandatory uncontested hearing process is not the venue in which the public gets to hear about the action, Good Energy is not worried.”

    Not everyone agrees. At a 2016 hearing of the Senate Committee on Environment and Public Works, Edwin Lyman, the director of nuclear power safety at the watchdog Union of Concerned Scientists, testified that “mandatory hearings provide an important independent review of uncontested issues addressed in new reactor license approvals.”

    In an interview this week, Lyman dismissed the findings of the NRC task force and the national lab, insisting the agency’s staff “is not fully objective” because “it’s in their interest, or they see their interest, as supporting the applicant.”

    “The staff tends to be biased in favor of approving the safety of applications, so they can’t be regarded as a completely objective scientific or technical body,” he said. Likewise, he said the Department of Energy and the Idaho National Laboratory “are not neutral observers in this, either, because unfortunately their mandate is [self-preservation], and that means getting funding for their nuclear power research, development and demonstration.”

    At a mandatory hearing in 2006, the NRC’s Atomic Safety and Licensing
    Board identified flaws in the agency’s review of a permit application for a nuclear plant in Illinois. The body said NRC staff “appeared to simply accept, without checking or verifying, the facts stated by the Applicant,” according to a transcript of the complaint quoted in a letter by Diane Curran, an attorney for the anti-nuclear group Mothers for Peace.

    Lyman said that example shows “it’s more important than ever now to have additional levels of review, especially as the NRC itself is under pressure to speed things up.”

    Asked whether the need to cut back on fossil fuels adds urgency to the construction of new nuclear power plants, he said other zero-carbon sources of energy are sufficient.

    But as the cost of building renewables like offshore wind rises and the supply of minerals needed for solar panels and batteries falls short or concentrates too much power in the hands of producers such as China, nuclear energy is a vital tool for decarbonization, said Ryan Norman, the senior policy adviser on climate and energy at the think tank ThirdWay.

    He admitted “it’s a fair point” that “even if a mandatory hearing at the moment is largely informational, there could be some value” in the commission being able to learn more about how the staff approaches questions that come up during the licensing process.

    “But there’s nothing that precludes the NRC from having a hearing or getting a lot of this information at different points in the process,” Norman said.

    If the U.S. is able to build multiple reactors of the same design each year in the next decade ― which is a key reason for making the machines smaller and modular ― mandatory hearings that add six months to each identical project are “not practical or reasonable,” according to Norman.

    Still, Toth said there are steps the government could take to improve the licensing process and generate more engagement with the public.

    “We would like to see Congress and the NRC put more resources toward ensuring that the agency is able and willing to conduct two-way, proactive outreach to prospective host communities,” she said. Doing so, she added, would identify early hurdles to licensing, hear out local concerns and improve the agency’s communication with the public to make sure the NRC is “able to answer questions from concerned citizens meaningfully and build trust from the ground up.”

    Americans’ faith in the federal government has plummeted since the 1960s, when the public trust peaked at 77% before plunging to 16% in 2023, according to the Pew Research Center. But in a separate survey from 2021, the pollster found that a combined 77% of U.S. adults have “a fair amount” or “a great deal” of confidence in scientists “to act in the best interests of the public.”

    That may put some weight on the opinion of the American Nuclear Society, a nonprofit made up of scientists, academics and industry professionals who work on nuclear technologies. In a statement, the group said the consensus among researchers has for years held that scrapping the hearings would do no harm. In a statement, the public-interest nonprofit representing academics and industry professionals said it supported the idea.

    “Getting rid of unnecessary, uncontested hearings would improve the efficiency of NRC’s licensing process,” the American Nuclear Society said. “The benefits of eliminating uncontested NRC hearings are well understood and have been even considered internally within the Commission.”

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  • 3M agrees to pay almost $10 million to settle apparent Iran sanctions violations | CNN Business

    3M agrees to pay almost $10 million to settle apparent Iran sanctions violations | CNN Business

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    CNN
     — 

    3M has agreed to pay almost $10 million to settle apparent violations of Iranian sanctions, the US Office of Foreign Assets Control said last week.

    The agency said 3M had 54 apparent violations of OFAC sanctions on Iran. It said between 2016 and 2018, a 3M subsidiary in Switzerland allegedly knowingly sold reflective license plate sheeting through a German reseller to Bonyad Taavon Naja, an entity which is under Iranian law enforcement control.

    It’s the latest of a stream of high-publicity and high-dollar settlements that 3M — which makes Post-It notes, Scotch Tape, N95 masks and other industrial products — has made this year.

    3M has not replied to a request for comment regarding last week’s settlement announcement.

    One US person employed by 3M Gulf, a subsidiary in Dubai, was “closely involved” in the sale, OFAC said.

    The alleged sales occurred after an outside due diligence report, which flagged connections to Iran’s Law Enforcement Forces.

    OFAC notes Iranian law enforcement stands accused of human rights violations both in Iran and Syria.

    The Switzerland subsidiary, known as 3M East, sent 43 shipments to the German reseller even though it knew the products would be resold to the Iranian entity, according to the OFAC.

    OFAC said senior managers at 3M Gulf “willfully violated” sanctions laws and that other employees were “reckless in their handling” of the sales.

    “These employees had reason to know that these sales would violate U.S. sanctions, but ignored ample evidence that would have alerted them to this fact,” OFAC wrote.

    3M voluntarily self-disclosed the apparent violations after discovering the sale hadn’t been authorized, according to OFAC. It said it fired or reprimanded “culpable” employees involved, hired new trade compliance counsel, revamped sanctions trainings and stopped doing business with the German reseller.

    In June, 3M agreed to pay up to $10.3 billion over 13 years to fund public water suppliers in the United States that have detected toxic “forever chemicals” in drinking water.

    3M has faced thousands of lawsuits through the last two decades over its manufacturing of products containing polyfluoroalkyl and perfluoroalkyl substances (PFAS), which have been found in hundreds of household products.

    3M said that the multi-billion-dollar settlement over PFAS is not an admission of liability.

    A few months later, in August, the company agreed to pay $6 billion to resolve roughly 300,000 lawsuits alleging that the manufacturing company supplied faulty combat earplugs to the military that resulted in significant injuries, such as hearing loss.

    3M also said its earplug agreement was not an admission of liability.

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