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Greetings!
In this week’s issue, we offer a podcast from The National Interest with PGS President Ken Luongo on “Where Is US Nuclear Energy Actually Headed”. He argues that it is clear Washington wants a nuclear renaissance but that financial, supply chain, and risk management hurdles have impeded new reactor construction in the United States. We spotlight a Bank of America Institute article that analyzes the current state of nuclear power production and deployment around the world. Finally, we highlight key nuclear technology, security, and geopolitical developments, reports, and analyses.
This issue of Nuclear News and Views was produced by PGS Program Director, Patrick Kendall, and Della Ratta Energy and Global Security Fellows, Gabriela Zanko and Cate Donovan.
| | Where Is U.S. Nuclear Energy Actually Headed? | | In this podcast with Paul Saunders, President of the Center for the National Interest, PGS President, Ken Luongo, responds to three questions about the future of nuclear deployment in the U.S. He comments on clear bipartisan support for this goal, the increase in energy demand that is fueling it, and the national security imperative for its success. He also addresses challenges to this objective and the important role of allies and additional creativity in overcoming them. | | Ken Luongo, President, Partnership for Global Security | | | | |
Spotlight
The Bank of America Institute published a new report analyzing the state of nuclear energy and highlighting its value. According to the organization’s global research, nuclear energy has recently seen a rise in its appeal amid surging electricity demand worldwide. It notes that while the U.S. has a dominant role in global energy production, it significantly lags China in reactor deployment. It projects that 18 gigawatts of new nuclear power will be built annually from 2025-2040, with the U.S. and China driving this nuclear capacity growth. The report argues that nuclear power offers reliable baseload power, a smaller carbon footprint, and a higher energy return on investment.
| | Patrick Kendall, Program Director, Partnership for Global Security | | Issues of Special Interest | | Global AI and Data Center Energy | | Duke Energy has signed deals with Microsoft and Compass Datacenter LLC to power data center complexes that are currently under construction in North Carolina. These two agreements, combined with another undisclosed technology client, increased the company’s data center contracts to 4.5 gigawatts (GW), roughly the output of 4 ½ traditional nuclear reactors. Duke Energy currently operates 6 nuclear power plants in North and South Carolina. In its 2025 Carolinas Resource Plan Duke noted that it is “committed to pursuing new nuclear generation options,” including SMRs. | | The Impact of Russia's Invasion of Ukraine on International Nuclear Affairs | | |
In his latest weekly update on the situation in Ukraine, IAEA Director General Rafael Mariano Grossi highlighted renewed military attacks on Ukraine’s electrical grid that have disrupted power supplies critical to nuclear safety. He stressed that disrupted electricity not only affects civilians but also undermines the reliable operation of nuclear facilities, including cooling and safety systems. The IAEA continues to monitor nuclear sites and critical infrastructure amid ongoing conflict, urging both sides to prevent further damage that could escalate nuclear risks. The agency’s statements reflect growing concern over the compounding effects of war on Ukraine’s energy system and nuclear safety.
Russian state nuclear company Rosatom has denied Ukraine’s claim that Russia lacks the necessary equipment and components to operate the Zaporizhzhia Nuclear Power Plant safely. Seized by Russian forces in 2022, all six of the power plant’s reactors are in cold shutdown. Ukraine’s nuclear operator Energoatom had said Russia wouldn’t be able to restart the reactors without Ukrainian-made control systems, spare parts and expertise, raising safety concerns. Rosatom responded that it has extensive experience with similar reactors and the capacity to provide equipment and fuel, and said ongoing shelling around the site is the main factor affecting safety.
| | Global Nuclear Developments, Geopolitics, & Governance | | The World Association of Nuclear Operators (WANO) has launched the Enhanced Performance Monitoring system for all of its member nuclear energy units, providing continuous monitoring of power plant performance. WANO is also getting key data from each of the world’s nuclear energy units each quarter, allowing the organization to release quarterly reports and provide plants with continuing feedback on areas where things are going well or need to be improved. The performance indicators target seven key areas, including organizational effectiveness, operational focus, and equipment reliability. | | |
Pilot operations have begun on the first reactor unit at Russia’s new Kursk II nuclear plant, and it is increasing power output in stages after being connected to the grid at the end of December. The nuclear regulator approved the start of this commissioning phase following pre-operational tests. Rosatom says these staged power increases will thoroughly check the unit’s systems before it enters full commercial service later in 2026. Kursk II will ultimately have four modern VVER-TOI reactors, replacing older units at the nearby original Kursk plant.
Rosatom reports that carbon-carbon composite structural components intended for a high-temperature gas-cooled reactor (HTGR) have successfully withstood testing at temperatures up to about 1300ºC, showing promise for use in future designs. The full-size test elements include support structures for the reactor core and parts of the control and protection system, helping validate manufacturing processes. This work is part of a broader Russian project to build an HTGR combined with chemical processing equipment for large-scale hydrogen production with reduced emissions.
Uzbekistan’s Atomic Energy Agency and Russia’s TVEL fuel division have signed a memorandum of understanding to help Uzbekistan establish a national radioactive waste management system. Under the MoU, Russia will provide expert support, share technical and scientific practices, and assist with training specialists as Uzbekistan develops regulatory and safety frameworks. This cooperation is part of broader nuclear sector development in Uzbekistan, where Rosatom is also involved in projects to build small modular and larger reactors.
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Unit 1 at the Taipingling Nuclear Power Plant has attained a sustained reaction for the first time after workers were given permission to start up the pressurized water reactor and bring the reactor to first criticality. The unit is the first of six Hualong One (HPR1000) reactors that are planned at the Taipingling site, with construction of units 1 and 2 being completed in 2024 and 2025 respectively. Construction of unit 3 began in July of last year, and construction of unit 4 has also been approved by China’s State Council.
State Power Investment Corporation (SPIC) announced that the outer steel dome of Haiyang Nuclear Power Plant unit 4’s nuclear island has been hoisted into place. The installation marks the basic completion of the main structure of the nuclear island plant and lays the foundation for the project to fully enter the equipment installation and system commissioning phase. Additionally, China National Nuclear Corporation (CNNC) announced that the inner dome for Xudabao Nuclear Power Plant unit 1 has been assembled and put in place.
China National Nuclear Corporation (CNNC) announced the installation of the inner safety dome at unit 3 of the Zhangzhou Nuclear Power Plant. CNNC stated that the installation marks the transition from civil construction to equipment installation, laying the foundation for the eventual commissioning and grid connection of the reactor. Zhangzhou unit 3 is one of six Hualong One units that are planned for the site, beginning construction in 2024.
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Armenian Prime Minister Nikol Pashinyan and U.S. Vice President JD Vance signed a joint statement on the completion of negotiations on a cooperation deal in the peaceful use of nuclear energy. The formal 123 nuclear cooperation agreement will enable U.S. and Armenian companies to strike deals on nuclear power plant projects in Armenia. Armenia is considering a new reactor and has been in discussions with Russia, China, France, and South Korea, in addition to the U.S. Armenia currently operates one nuclear reactor at the Armenian Nuclear Power Plant and is currently collaborating with Rosatom on a project to extend the unit’s lifespan to 2036.
Great Britain unveiled a framework to accelerate the development of advanced nuclear reactors with the aim of becoming a global leader in next-generation nuclear technologies. Under the framework, the British government will create a pipeline of projects meeting readiness criteria and offer developers a streamlined path through planning and regulation. During U.S. President Donald Trump’s visit to Great Britain last year, several U.S. companies announced plans to build advanced nuclear reactors in the country, including X-energy, Holtec, and TerraPower.
Great British Energy - Nuclear (GBE-N) has appointed specialist consultancies WSP and Mott MacDonald to deliver the environmental services and permitting works for the small modular reactor (SMR) program at the Wylfa site. The appointment will support a comprehensive program of environmental assessments, regulatory engagement, and permitting activities to prepare the Wylfa site for construction. Wylfa was selected as the lead site for the United Kingdom’s SMR fleet in 2025, with the five-year environmental services and permitting appointments valued at $34 million across the program.
Poland’s state-owned nuclear developer PEJ obtained its first loan from the U.S. Export-Import Bank to support the country’s first nuclear power plant at Lubiatowo-Kopalino. The financing is provided under EXIM’s Engineering Multiplier Program, which promotes the involvement of U.S. companies in initial project stages. PEJ says the agreement marks a key step beyond earlier non-binding arrangements and improves the project’s financing outlook. The nuclear program is expected to be funded through a combination of state support and external debt, with the first unit planned to enter operation in the early 2030s.
Orlen Synthos Green Energy and the Łukasiewicz Research Network agreed to work together to advance nuclear energy development in Poland, with a focus on small modular reactors. A key part of the deal is creating and running a new training center to prepare skilled staff for operating these reactors and to offer broader education and research services. The facility will draw on expertise and facilities from Łukasiewicz’s 22 institutes and aim to serve not just Polish organizations but also the wider European market.
French advanced reactor developer Newcleo announced the close of an $85 million financing round, bringing total funds raised in the past year to over $125 million. The round included continued support from existing shareholders such as Kairos and Indaco Ventures. Newcleo is seeking to combine lead-cooled fast reactor technology with advanced fuel derived from recycled nuclear waste, and the company has established collaborations with companies such as Fincantieri for nuclear-powered ships and SAIPEM for floating nuclear power plants, and Newcleo plans to deploy its reactors in countries such as France, Italy, and Slovakia.
French advanced reactor developer Stellaria submitted an official application to French authorities seeking approval to build a demonstration nuclear installation based on its advanced reactor technology. The company says this regulatory step validates the progress it has made so far and moves the project closer to physical construction. The proposed facility, often described as a prototype or demonstrator plant, would help prove the feasibility of Stellaria’s design under real-world conditions.
European nuclear organizations in the Eagles Consortium and French reactor developer Newcleo have agreed to cooperate on building the LEANDREA lead-cooled small modular reactor technology demonstrator in Belgium. The partnership aims to pool expertise for designing and constructing the demonstrator, which will also serve as a test facility for fuels and materials needed for future reactors. The Eagles group, formed to develop the EAGLES-300 Generation IV lead-cooled SMR, plans staged testing with facilities in Belgium and Romania on the path to wider commercial deployment.
Danish company Copenhagen Atomics has run a molten salt pump and test loop continuously for two years under high-temperature conditions, one of the longest such durability tests globally. This stable, long-duration operation is important because molten salt reactors need reliable pumps to circulate liquid fuel or coolant over years for future commercial use. The company has now logged over 100,000 combined pump running hours and uses its own in-house systems to gather valuable performance data. Copenhagen Atomics plans to expand testing further and is working toward building full-scale non-nuclear prototypes and preparing for its first nuclear reactor tests.
Czech utility ČEZ has laid out about $392 million in modernization and investment plans for its Dukovany and Temelín nuclear plants in 2026, with work at Temelín focused on updating control systems and fully moving to a longer fuel cycle. At Temelín, the switch to a 16-month fuel cycle is underway and a new control system rollout is due to finish by 2029, with AI tools helping boost efficiency. At Dukovany, a large upgrade project will target turbines, pumps and other key equipment to support long-term operation and potentially raise output.
Hungary has begun pouring the first concrete for the foundation of Unit 5 at its Paks II Nuclear Power Plant, marking the official start of construction under international standards. The project, which will add two Russian-designed VVER-1200 reactors, is intended to boost domestic electricity production and reduce reliance on energy imports. The foundation work will involve large amounts of reinforced concrete and is expected to continue throughout the year. The new units are targeted to be connected to the grid in the early 2030s.
The Swedish government has put forward a set of proposals aimed at making it easier to build new nuclear power plants in the country, including creating a faster approval process through a new law and expanding the number of coastal sites where reactors could be sited. It also plans to increase funding for local municipalities to carry out early feasibility studies into nuclear projects to shorten permitting timelines. Sweden’s roadmap already envisages adding significant new nuclear generation by the mid-2030s and beyond as part of its energy strategy.
Belgium has resumed talks with French utility Engie over potential extensions of Belgium’s nuclear reactors after an initial meeting with Belgian Prime Minister Bart De Weaver. The Belgian government is exploring whether the Doel 4 and Tihange 3 nuclear reactors could be extended for 20 years and whether other reactors could also remain online. Belgium previously pursued a policy of phasing out its nuclear power plants by 2025 but formally decided to abandon these plans last year in response to rising electricity demand and the ongoing Russian invasion of Ukraine.
Serbian Energy Minister Dubravka Ðedović held talks with France’s Agence Francaise de Developpement about collaboration related to the development of nuclear power facilities in Serbia. She also noted the existing cooperation agreement between the Serbian government and French energy company Électricité de France (EDF) in the field of nuclear energy, including a preliminary study on the peaceful use of nuclear energy in Serbia. Serbia previously had a law banning the construction of nuclear power plants, but the National Assembly voted through amendments in 2024 to end this prohibition.
The Norwegian government has approved Norsk Kjernekraft to begin work on an impact assessment for a nuclear power plant in the Aure and Heim municipalities. The plant will consist of several small modular reactors (SMR) if the plant is realized in its entirety, and it will be located in the Taftøy industrial park which is located in the border area between Aure and Heim. The proposed nuclear power plant is the first of ten projects that Norsk Kjernekraft is implementing in several Norwegian municipalities.
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Korea Hydro & Nuclear Power (KHNP) has launched a bidding process to select the host cities for two new large nuclear power reactors that will be built by 2038. Heads of local government have until March 30 to submit applications to host the planned reactors that will have a combined generating capacity of 2.8 gigawatts electrical (GWe). Under the current plan, KHNP will select the plant sites by 2027, which will be followed by a site evaluation and selection process, obtaining a construction permit in the early 2030s, and the completion of the reactors in 2037 and 2038 respectively.
South Korea’s National Assembly passed the Special Act on the Promotion and Support of Small Modular Reactor Development (SMR Special Act) during the recent plenary session after being stalled for the past two years. On the same day, the country’s Nuclear Safety and Security Commission announced plans to establish a new regulatory framework for SMRs, with the aim of reforming the system over the next five years and completing South Korea’s first SMRs by 2030. South Korea’s government is currently planning on expanding the country’s nuclear power sector.
India’s Tata Power is examining three potential sites for future nuclear power projects but is awaiting further regulatory approval before finalizing its plans. Tata Power is in discussions with the Department of Atomic Energy, the Nuclear Power Corporation of India, and multiple technology partners on these power plants, with Tata Power finalizing the planned capacity of the proposed plants. Last December, India’s parliament approved a landmark atomic energy bill that allows private and foreign companies to enter the country’s nuclear power sector.
The Indian government’s budget proposes an extension of the existing basic customs duty exemption on imports of goods required for nuclear power projects until the year 2035 and expanding it for all nuclear plants regardless of their capacity. According to the budget papers, the zero rate applies to goods including fuel elements for generation of nuclear power and includes approved projects registered with customs by 2035. This announcement comes as India ramps up its plans for a large-scale expansion of nuclear energy.
The Rajasthan Nuclear Power Plant Unit 7 reached full power, becoming the third of sixteen 700 megawatt Indian-designed pressurized heavy water reactors being built in the country. Nuclear Power Corporation of India (NPCIL) announced that the unit successfully achieved rated power operation of 700 MW for the first time this February. India’s government has sanctioned a “fleet mode” construction of further units at the Kaiga, Chutka, and Mahi Banswara plants as part of its goal of deploying at least 100 gigawatts of nuclear energy capacity by 2047.
Tokyo Electric Power Company (Tepco) has restarted unit 6 of the Kashiwazaki-Kariwa Nuclear Power Plant, with the company aiming to return the reactor to full commercial operation on March 18. The reactor was originally restarted on January 21, but an alarm was triggered in the control rod operation monitoring system the following day which caused the restart to be postponed further. Once the reactor re-enters commercial operation, it will be the first Tepco unit to resume operation since the Fukushima Daiichi power plant meltdown in 2011.
Japanese utility Tokyo Electric Power Company (Tepco) is seeking partners in its restructuring efforts. The company aims to cut $20 billion in costs over the next 10 years while attending to its decommissioning and clean-up responsibilities at the Fukushima Daiichi nuclear power plant. Tepco is facing mounting costs for the decommissioning, clean-up operation, and compensation for the Fukushima Daiichi power plant, relying on government funding to cover disaster-related costs.
Kazakhstan’s government has approved the location for its second nuclear power plant, which will be adjacent to the country’s first nuclear facility. According to an initial decree, the facility will be built in the Zhambyl district of the Almaty region. Earlier reports have indicated that contracts for the construction of Kazakhstan’s second and third nuclear power plants were awarded to China National Nuclear Corporation (CNNC), while Rosatom is currently developing Kazakhstan’s first power plant.
| | The IAEA completed its Safety Review Mission on Ageing Management and Continued Safe Operation review of South Africa’s Safari-1 research reactor’s management program. The review team outlined several areas where the reactor’s personnel performed well while also providing recommendations such as managing the financial and human resources to achieve the reactor’s objectives of continued safe operation and establishing formal programs to address the qualification of equipment. The Safari-1 is a tank-in-pool research reactor which has been operating for over 60 years. | | U.S. President Donald Trump met with Israeli Prime Minister Benjamin Netanyahu to discuss the ongoing negotiations with Iran over its nuclear power program. Sources told ABC News that Netanyahu planned on presenting the latest Israeli intelligence on Iran’s efforts to rebuild its ballistic missile and nuclear program, although Trump stated that “nothing definitive” was reached with the Israeli Prime Minister. Trump also insisted that negotiations with Iran will continue to see if a deal can be reached but has also threatened to attack the country if it failed to negotiate over its nuclear program. | | Indústrias Nucleares do Brasil is testing fuel rods to be used in the nation’s microreactor project. The project to construct a prototype of a 5-megawatt thermal (MWt) heat pipe-cooled microreactor for experiments was launched in 2025 at the Nuclear Engineering Institute at the National Nuclear Energy Commission. The vision is for the microreactor to fit within a 40-foot container and be operated remotely for more than 10 years without any need for refueling. Production is targeted for 2027 | | North America Nuclear Collaborations and Policy | | |
The Nuclear Regulatory Commission (NRC) announced it is undergoing a reorganization in line with President Trump’s goal of speeding up the licensing of nuclear reactors. The NRC said it will appoint leaders for the reactor safety program and the staff’s development of a new organizational chart and management plan within 60 days, striving to implement the plan by the end of September. The Trump administration wants to quadruple U.S. nuclear power capacity to 400 gigawatts by 2050, and President Trump ordered the NRC to cut down on regulations in an executive order from last May.
The Trump administration has created an exemption from the major requirements of the National Environmental Policy Act (NEPA) for new experimental nuclear reactors being built at U.S. sites. Under NEPA, nuclear reactors are required to disclose how their construction and operation might harm the environment and must provide a written public assessment of the possible consequences of a nuclear accident.
U.S. Senators Jim Risch and Ruben Gallego introduced the Accelerating Reliable Capacity (ARC) Act of 2026 which would authorize up to $3.6 billion to help offset cost overruns at three or more next-generation nuclear reactor projects. Senator Risch stated that the United States must remain the global leader when it comes to nuclear power, and that it needs advanced reactors that can meet growing energy demand both domestically and internationally.
The Department of Energy is preparing to send nuclear waste from Dominion Energy’s North Anna Nuclear Power Plant in Virginia to the Idaho National Laboratory (INL) in the fall of 2027. Aboard the railcar will be a 180-ton lead and steel casket containing spent nuclear fuel, and the shipment will demonstrate how the government and private industry can safely manage nuclear transportation. In all, there are some 95,000 metric tons of spent nuclear fuel at reactors across the United States, and the DoE is currently looking for a long-term answer to storing nuclear waste and spent fuel.
The Department of Energy and Japanese fusion technology company Kyoto Fusioneering have established a landmark partnership to deliver critical fusion infrastructure and perform collaborative research and development. Kyoto Fusioneering and Oak Ridge National Laboratory created a new public-private partnership that leverages each institution’s expertise in fusion technology to accelerate the deployment of commercial fusion technologies. The agreement includes working towards the creation of the UNITY-3 test facility that will be sited at the Oak Ridge facility in Tennessee.
The Office of Nuclear Energy awarded over $19 million to five U.S. companies to research and develop recycling technologies for used nuclear fuel. The five companies that received funding are Alpha Nur, Curio Solutions, Flibe Energy, Oklo, and Shine Technologies. Projects will support the Trump administration’s nuclear energy agenda by helping to maximize reliable power production, reduce U.S. reliance on foreign sources of enriched uranium, and reducing the volume of used fuel stored.
The Nuclear Regulatory Commission (NRC) has agreed to review the early site permit (ESP) renewal application submitted by Entergy for its Grand Gulf Nuclear Power Plant in Mississippi. A renewed ESP would allow a construction permit or combined license application to reference the ESP for 20 years beyond the current permit’s expiration date of 2027. The Grand Gulf Power Plant is home to one boiling water reactor, and the NRC has thus far issued a total of 6 ESPs to U.S. nuclear power plant sites.
U.S. nuclear waste disposal company Deep Isolation announced the launch of its multi-year, full-scale deep borehole demonstration program to test its technology for safely and permanently disposing of nuclear waste deep underground. A groundbreaking event was held to mark the beginning of the demonstration program, which will provide crucial data and operational experience to further the commercialization strategy for Deep Isolation’s disposal technology. Deep Isolation’s Universal Canister System is designed to accommodate a range of advanced reactor waste streams.
A measure to ban spent nuclear fuel waste storage in Wyoming without a popular vote failed to receive the two-thirds vote required to advance in the House Legislature’s budget session. The measure would have put a referendum on the general election ballot this year regarding Wyoming residents’ opinion on the siting of nuclear waste facilities in the state. Nuclear waste storage has become a major topic for both Wyoming politicians and citizens as the state draws increasing interest from nuclear energy developers such as Radiant Industries.
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Westinghouse Electric Company and Tetra Tech Canada signed a memorandum of understanding (MoU) establishing a collaboration framework supporting the development and deployment of AP1000 and AP300 reactor projects in the province of Ontario. The partnership aims to strengthen domestic project development capabilities and position Westinghouse’s advanced reactor technologies as leading solutions for Canada’s clean energy sector. Westinghouse is currently the only nuclear vendor with an advanced and fully operational Generation III+ reactor technology that is ready to be deployed in Canada.
Refurbishment of Unit 4 at the Darlington Power Plant in Ontario has been completed 4 months ahead of schedule and $150 million under budget. Refurbishment of the four Candu reactors at Darlington began in 2016 and involved inspecting, replacing, and reconstructing thousands of reactor components. The Canadian Nuclear Safety Commission renewed the plant’s operating license for the next 30 years in October 2025. With Unit 4 expected to return to service later this month, the plant will continue to generate 3.5 GW of electricity until at least 2055.
Aegis Critical Energy announced the formation of a new subsidiary that will be dedicated to the development and deployment of small modular reactors (SMR) and micro-modular reactors (SMR). Homeland Nuclear Energy Inc. will focus on designing standardized interfaces to link next-generation microreactors with microgrids, provide power solutions for remote communities, strategic ports, and military installations, and working alongside academic and industrial partners to ensure all architectures meet the highest standards of North American safety and cybersecurity.
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The Coming Age of Compact Fusion: Local Power for a Data-Hungry World
Utility Dive, February 10
What Should Be the Target Time to Build a Nuclear Plant?
World Nuclear News, February 10
Nuclear Sector Is Poised for Its Biggest IPO In Years
Barron’s, February 9
The Public Confidence Game
The Breakthrough Institute, February 9
America Can’t Duck and Cover from Washington’s Nuclear Waste Disposal Failure
Fox News, February 9
Big Tech Is Betting on Nuclear Energy to Fuel AI. But There Are Some Massive Hurdles
PC Mag, February 7
From Uncertainty to Vitality: The Future of Nuclear Energy in Illinois
American Nuclear Society, February 6
The NRC’s Problem Isn’t Caution. It’s Architecture
The Breakthrough Institute, February 6
WANTED: Volunteers to Host Nuclear Waste, Forever
Reuters, February 6
The Super Safe, Super Expensive Nuclear Fuel That’s Making a Comeback
Heatmap, February 5
The Path to Market for New Nuclear Reactors
Latitude Media, February 5
Nuclear Energy Is Bankable Again
The Hill, February 4
Hochul’s Going Nuclear. Environmentalists Should Cheer Her On.
Vital City, February 4
Why Korean Cities Are Competing to Host Nuclear Reactors
The Korea Herald, February 3
The U.S. Needs a National Fusion Strategy Before Our Lead in Energy Slips Away
Los Angeles Times, February 3
Next-Generation Nuclear Power Can Meet Data Center Energy Demand – If Regulations Allow It
Reason, February 3
Making Nuclear Regulatory Reform Durable: Efficiency Backed by Credibility and Predictability
Center on Global Energy Policy at Columbia, February 2
Right-Sizing Reactors: Balancing Trade-Offs Between Economies of Scale and Volume
Nuclear Innovation Alliance, January 30
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News items and summaries compiled by:
Patrick Kendall, Program Director, Partnership for Global Security
Gabriela Zanko, Della Ratta Fellow, Partnership for Global Security
Cate Donovan, Della Ratta Fellow, Partnership for Global Security
| | For twenty-five years the Partnership for Global Security (PGS) has developed actionable responses to global security challenges by engaging international, private sector, and multidisciplinary expert partners to assess policy needs, identify effective strategies, and drive demonstrable results.
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