Beilstein J. Nanotechnol.2015,6, 755–766, doi:10.3762/bjnano.6.78
describe the energy fluctuations produced by the quench, providing an accurate and detailed insight into the fundamental physics of the process. We present here a numerical approach to the non-equilibrium workdistribution, supported by applications to phenomena occurring at very diverse energy ranges. One
thermodynamics; orthogonality catastrophe; sudden quench; ultra-cold Fermi gases; workdistribution; Introduction
Closed many-particle systems and their out-of-equilibrium dynamics after a quench have been attracting considerable interest over the past years, with particular attention to the brutal disturbance
absorption and emission spectra from noninteracting quantum dots have been interpreted in terms of the quantum workdistribution, and linked to the corresponding fluctuation relations in statistical mechanics [36]. To explore more of such a connection, we present here a comparison of the statistics of the
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Figure 1:
Valence levels and (broadened) DOS for the neutral (C60) and ionized () fullerene molecules, as com...