Warp drive
An open-source supercomputer code called WarpX simulates laser-made plasmas and presents a path for shrinking particle accelerators.
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ASCR Discovery carries original articles about computational science from the research portfolio of the Office of Advanced Scientific Computing Research in the Department of Energy Office of Science, plus links to DOE science highlights and other computational science-related content. ASCR-supported research includes projects at DOE national laboratories, at many public and private universities and collaborations with other agencies and institutions.
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An open-source supercomputer code called WarpX simulates laser-made plasmas and presents a path for shrinking particle accelerators.
DOE researchers design algorithms that model a million atoms and probe the detailed chemical behavior of materials.
Researchers turn to DOE supercomputers to study the havoc – and promise – of tiny bubbles.
Advances in excited-state physics promise to fine-tune energy-related materials.
Simulations explore how a tumor-killing laser’s high-energy fields can rip matter apart.
University of Illinois physicists apply supercomputing to explore unconventional, high-temperature superconductivity.