We have constructed a unified framework for generalizing the finite-time thermodynamic
behavior of statistically distinct bosonic and fermionic Stirling cycles with regenerative …

We propose a minimal model of a Coulomb-coupled fermionic quantum dot thermal diode
that can act as an efficient thermal switch and exhibit complete rectification behavior, even in …

Thermodynamics and quantum mechanics are fields in which extensive research has been
done separately. Only in recent years has work been done at the intersection of the two …

We introduce a top-ranked cycle flux ranking scheme of network analysis to assess the
performance of molecular junction solar cells. By map** the Lindblad master equation to …

Transport of the finite size spherical Brownian particles is investigated in confined narrow
channels with varying cross-section width. Applying the Fick-Jacobs approximation, we …

Transport of finite size self-propelled particles is numerically investigated in a two-
dimensional channel. Because of the existence of the self-propelled speed, the self …

In this paper we have presented the heat exchange between the two fermionic thermal
reservoirs which are connected by a fermionic system. We have calculated the heat flux …

In this paper, we have studied the Shannon “entropic” nonequilibrium temperature (NET) of
quantum Brownian systems. The Brownian particle is attached to either a bosonic or …

A fermionic analog of a parametric amplifier is used to describe the joint quantum state of the
two interacting fermionic modes. Based on a two-mode generalization of the time-dependent …

It is our everyday experience that any macroscopic physical system cannot be completely
isolated from its surrounding. As a consequence energy accumulated in a system must be …