A time-embedded convolutional network learns to predict heat flow and nonlocality evolution in plasmas from kinetic PIC data, outperforming the authors' earlier model in strongly nonlocal regimes.
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Time-Embedded Convolutional Neural Networks for Modeling Plasma Heat Transport
A time-embedded convolutional network learns to predict heat flow and nonlocality evolution in plasmas from kinetic PIC data, outperforming the authors' earlier model in strongly nonlocal regimes.