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some note about the tame regime

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Valentin Boettcher 2022-08-31 16:29:27 +02:00
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src/num_results.tex
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@ -1422,7 +1422,11 @@ system energy change due to the both is of similar magnitude however.
A periodic steady state is reached after roughly two cycles. In this
steady state, the system and interaction related quantities are
constant in the stroboscopic view (the dots in \cref{fig:ottoenergy}),
while the total energy and the bath energies depend linearly on time.
while the total energy and the bath energies depend linearly on
time. We do not see no oscillations in the bath energy which would
indicate the more complicated energy transfer behaviour we found in
\cref{sec:one_bath_cutoff}, signifying that we are working in a rather
``tame'' regime as intended.
The Gibbs like inequality \cref{eq:secondlaw_cyclic} derived in
\cref{sec:operational_thermo} can also be verified in this case.