Ponente
Prof.
Carlos Viviescas
(Universidad Nacional de Colombia)
Descripción
In quantum thermodynamics, fluctuation theorems provide a way for the quantification of irreversibility of single trajectories. In this work we propose a description of the dynamics of single trajectories based on an M-parametrization of unravellings of the master equation for a system coupled to its environment. We identify the measurable components of the entropy, and show ways to measure and control the system in such a way that the quantum components of the entropy can be corrected or minimized.
Autor primario
Prof.
Carlos Viviescas
(Universidad Nacional de Colombia)
