A mesoscopic metallic island in the quantum Hall regime exhibits a two-step thermalization process driven by fast electronic channels and slower coupling to phonons and nuclear spins.
The relative amplitude of the slow evolution stage also requires the knowledge ofT final, which is given by PJ =J stat Q (Tfinal, Tb).(14) From the identicalP J in Eqs
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Heating Dynamics of Mesoscopic Electron Baths at High Magnetic Field
A mesoscopic metallic island in the quantum Hall regime exhibits a two-step thermalization process driven by fast electronic channels and slower coupling to phonons and nuclear spins.