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At equilibrium (v=0), the effective temperature (26) corresponds to the temperature of the electron reservoirs T, cf. Ref. 45.
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At equilibrium (v = 0), the effective temperature (26) corresponds to the temperature of the electron reservoirs T, cf. Ref. 45.
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51
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Notice, however, that this does not imply a heating of the electron reservoirs as these are considered to be macroscopic. Thus, there is no backaction of the mechanical degree of freedom on the electronic leads, which remain at the equilibrium temperature T.
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Notice, however, that this does not imply a heating of the electron reservoirs as these are considered to be macroscopic. Thus, there is no backaction of the mechanical degree of freedom on the electronic leads, which remain at the equilibrium temperature T.
-
-
-
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