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Researchers at Lawrence Berkeley National Laboratory are developing a gamut of technologies for direct air capture.
The working proposed theory is that multiple plasmoids that arise from reconnection along lengthy plasma current sheets could bridge the vast range.
Students and faculty members will conduct scientific research and technical projects at DOE’s national laboratories and facilities this summer.
A Berkeley Lab-led project will bring exascale supercomputing to bear on microscopic subsurface fissures.
Dative epitaxy allows flexibility and choice, with the benefits of conventional and van der Waals epitaxial techniques, and addresses the drawbacks.
The integration of several imaging technologies into a system can study in real time the fundamental mechanics of electron beam powder bed fusion.
A Rice University study suggests stress among misaligned particles in typical cathodes limits flow.
Acid gases are high on the list of pollutants targeted by the Clean Air Act, to regulate and set limits to improve air quality and prevent illnesses.
The heart of the project is a powerful new superconducting linear accelerator that will enable the world’s most intense high-energy neutrino beam.
The Cornell study is a step toward adapting plants to rapid climate changes and increasing yields to feed a projected 9 billion people by 2050.