Kubo's FDT remains unchanged despite an induced electric force from the bath, enabling a Gaussian position PDF that proves the detailed fluctuation theorem for entropy production in this non-Markovian GLE setup.
(C1) and taking the limita→ ∞, we obtain the Markovian kernel G(t) = 1 λ e− γ0 t 2 sin(λt),(C13) valid in the underdamped regime2ω > γ 0
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Non-Markovian entropy production fluctuation theorem driven by a time-dependent electric field
Kubo's FDT remains unchanged despite an induced electric force from the bath, enabling a Gaussian position PDF that proves the detailed fluctuation theorem for entropy production in this non-Markovian GLE setup.