DARPA Awards SpaceNukes Contract to Develop Autonomous Nuclear Reactor
SpaceNukes will partner with Los Alamos National Laboratory under DARPA's Fat Cat program. Integration work will take place in Medina, Ohio, building on the 2018 KRUSTY test....
The applied science and engineering of energy generation, electrochemical storage, and distribution, spanning solar photovoltaics, advanced wind aerodynamics, hydrogen fuel cells, and experimental nuclear fusion. We track global grid modernization, energy transition policies, and sustainable cleantech innovations.
SpaceNukes will partner with Los Alamos National Laboratory under DARPA's Fat Cat program. Integration work will take place in Medina, Ohio, building on the 2018 KRUSTY test....
Researchers have developed a MATLAB-based simulation framework that combines artificial intelligence and IoT to manage solar-powered irrigation. Using environmental data from Egypt's New Delta region, the system achieved an estimated 28.57 percent reduction in annual water consumption....
The M3 facility successfully used a low-voltage generator and multi-shell targets to compress fuel without premature heating. Following a £25 million fundraise, this milestone proves that shifting complexity away from the machine can drastically cut reactor costs....
Bechtel and Westinghouse will build a 3,750 MW facility to break the country's historical reliance on coal. The project leverages lessons from Georgia's Plant Vogtle to hit a 2036 grid target....
Researchers from Shanghai Jiao Tong University are utilizing wind tunnels to measure pressure differentials and louver resistance in water-saving cooling structures. Decoupling reactors from coastal waters allows high-capacity baseload power to be built directly next to landlocked industrial centers....
The new setup at Brookhaven National Laboratory focuses high-energy X-rays into a 15-micron stream to penetrate dense radioactive fuels. By combining four tomography modes on a single stage, researchers can map atomic structures without destroying the sample....
The MedUSA robotic system successfully crafted a 3-by-5-foot steel pressure vessel using molten steel. This additive manufacturing breakthrough aims to cut component lead times from a decade down to months....
Portugal targets 5 GW of pumped storage by 2040, while Ukraine leverages a massive 2,947 MW facility for grid resilience. Europe is officially treating long-duration storage as essential national infrastructure....
Physicists have successfully measured the eerie antineutrino glow from dormant nuclear cores. This breakthrough in detecting 'ghost particles' could revolutionize non-intrusive nuclear safeguards and spent fuel monitoring....
The Port of Corpus Christi is exploring two nuclear pathways: floating power plants for the grid and safe harbors for nuclear ships. Maritime trade is evolving....
First American Nuclear secures NRC review for a new Category II facility to process HALEU fuel. The plant will support the 240-MW EAGL-1 reactor and supply third-party developers, breaking a critical supply chain bottleneck....
The WATSS process extracts transuranic actinides without creating pure plutonium, while the FLEX reactor hits 750°C for heavy manufacturing. Buying Moltex out of administration gives Nuclea a massive shortcut in the advanced nuclear race....
Idaho National Laboratory's Hot Fuel Examination Facility has been named a Nuclear Historic Landmark. By clearing 10,000 pounds of radioactive legacy equipment, the site is unlocking crucial space for modern micro-reactor testing....
1,000-person study reveals 'Strategists' show 80% support, while 'Skeptics' sit at 37%. Fusion's biggest hurdle isn't plasma physics - it's public acceptance....
106 antineutrino events detected, 5.9 sigma accuracy, and 17.2 days of offline data. The Double Chooz experiment just made hiding spent nuclear fuel impossible....
Nuvora Energy's proposed 300 MWth high-temperature gas-cooled reactor has passed its pre-feasibility study with zero fatal flaws. The system uniquely combines electricity generation with solid oxide electrolysis, allowing operators to pivot to hydrogen production during low grid demand....
A new cascaded topology converts 24V to 400V with 95.83% efficiency. By reducing magnetic component size and semiconductor stress, this design solves a major thermal bottleneck in solar and wind power grids....
Battery technology is morphing from a quick fix for grid bottlenecks into a massive long-term solution. Meanwhile, geopolitical supply shocks are accelerating the shift....
The US Department of Energy has approved the safety design for Natura's liquid-fueled molten salt reactor. Operating at near atmospheric pressure, the system uses passive gravity drains to prevent meltdowns, paving the way for industrial water purification....
A £74 3D-printed flow battery from Queen's University Belfast replaces expensive vanadium with iron. By open-sourcing the design with an Ikea-style manual, researchers are solving the reproducibility crisis in grid-scale energy storage....
Australia exports 5,910 tonnes of uranium annually and just signed a major supply deal with India, yet federal law bans domestic nuclear power. The real hurdle isn't just legal - it's a massive infrastructure gap....