论文标题
一维双方费米晶格的热化和熵产生在倾向噪声的影响下
Thermalization and entropy production of a 1D bipartite fermionic lattice under influence of a dephasing noise
论文作者
论文摘要
在本文中，我们研究了一维双分化链中的热和物质的熵产生和运输。此外，我们输入了一种现象学的驱动噪声，以显示其对系统动力学的影响。特别是，这种噪声在熵产生的出现中的重要性。对于通量，使用Boltzmann和Fermi-Dirac分布获得分析溶液。最后，我们表明，即使存在这种噪音，也要遵守特定的能源和物质交换定理。
In this paper we study entropy production and transport of heat and matter in an 1D bipartite fermionic chain. Moreover, we input a phenomenological dephasing noise in order to show its effect on the dynamics of the system. Specially, it is shown the importance of such noise in the emergence of the entropy production. For the fluxes, analytical solutions are obtained using both Boltzmann and Fermi-Dirac distribuition. Finally, we show that a particular fluctuation theorem for energy and matter exchange is obeyed even in the presence of such noise.
