The College of Education for Pure Sciences at the University of Basra, in the Department of Physics, organized a scientific lecture entitled (correction (evaluation) of the heat current for a single quantum point system in the presence and absence of a magnetic field)
The lecture included
Presented by the researcher (Musa Kazem Shamer), the heat current was studied through a one-level quantum point between two non-magnetic poles, the system is in a state of disequilibrium due to different temperatures at the poles. I use Anderson's model to model a single-level quantum point with a spindle. The heat current was calculated as a function of the temperature difference with the influence of a magnetic field. According to our study, four coefficients must be set to achieve thermal current correction. These coefficients are: magnetic field, Coulomb relationship, and polarity coupling.
The purpose of the lecture
Demonstrate that the quantum dot behaves as a thermal corrector.
