Partnership combines cutting-edge microreactors with a global leader in AI server infrastructure to address surging energy ...
The Army on Tuesday named nine U.S. installations that could receive nuclear microreactors in the coming years as the service looks to the technology for increased and more resilient power production ...
New guidance for private industry plus a new test bed facility are set to speed widespread nuclear energy development in ...
An Air Force base and Space Force base were chosen as potential sites for nuclear microreactors under the Advanced Nuclear Power for Installations (ANPI) program. Buckley Space Force Base, Colo., and ...
As of now, “nuclear energy” in practical contexts refers to fission, or splitting heavy particles to generate massive loads of energy. The goal is to eventually transition to fusion, which combines ...
From Arctic research stations to isolated mine sites, the hardest places on the planet to power have long depended on diesel drums and fragile supply chains. A new generation of portable nuclear ...
L to R: Dr. Jeff Waksman, Principal Deputy Assistant Secretary of the Army for Installations, Energy and Environment; Secretary of the Army Dan Driscoll; and Secretary of Energy Chris Wright at AUSA ...
The U.S. Army is advancing portable nuclear microreactors under the Janus Program. Microreactors are smaller and faster to deploy than traditional reactors or SMRs. The initiative aligns with a ...
A new University of Michigan research study published this month by Rackham student Muhammad Rafiul Abdusammi determined that, under the right circumstances, the nuclear sector’s newest technology ...
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The U.S. Army is moving closer to deploying a new class of nuclear technology that could reshape how the United States produces reliable, low-carbon power — nuclear microreactors small enough to fit ...
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