A memory kernel from equilibrium fluctuations via FDT predicts non-Markovian plasma drag, recovers Chandrasekhar stopping power as the Markov limit, and matches PIC simulation results.
Daligault,Calculations of the electron-ion energy re- laxation rate in dense plasmas from equilibrium molec- ular dynamics simulations, Phys
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Nonlinear Dynamical Friction from the Doppler-Shifted Equilibrium Memory Kernel
A memory kernel from equilibrium fluctuations via FDT predicts non-Markovian plasma drag, recovers Chandrasekhar stopping power as the Markov limit, and matches PIC simulation results.