VPIC
A large-scale parallel particle simulation code developed at Los Alamos National Laboratory. It evolves electromagnetic fields self-consistently by tracking the motion of many particles and solving Maxwell's equations, and is widely used for kinetic simulations in plasma physics.
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This research uses 250 synthetic VPIC simulation datasets for training and validation, of which 225 are used for training and 25 for independent validation, with a fixed reference electron β_e0=0.2.
VPIC is a large-scale parallel particle simulation code developed by Los Alamos National Laboratory, which self-consistently evolves electromagnetic fields by tracking particle motion and solving Maxwell's equations.
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This research uses 250 synthetic VPIC simulation datasets for training and validation, of which 225 are used for training and 25 for independent validation, with a fixed reference electron β_e0=0.2.
50%UnverifiedVPIC is a large-scale parallel particle simulation code developed by Los Alamos National Laboratory, which self-consistently evolves electromagnetic fields by tracking particle motion and solving Maxwell's equations.
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