MAGNETIC FIELD IMPACT ON THE OPTICAL PROPERTIES
OF QUANTUM MOLECULES WITH RESONANCE DONOR STATES

Krevchik Vladimir Dmitrievich, Doctor of physical and mathematical sciences, professor, head of physics sub-department, Penza State University, physics@pnzgu.ru
Kalinina Alla Vladimirovna, Postgraduate student, Penza State University, physics@pnzgu.ru
Kalinin Evgeny Nikolaevich, Candidate of physical and mathematical sciences, associate professor, sub-department of general physics, Penza State Pedagogical University named after V. G. Belinsky, kalinin_en@mail.ru
Semenov Mikhail Borisovich, Doctor of physical and mathematical sciences, professor, sub-department of physics, Penza State University, physics@pnzgu.ru

539.23; 539.216.1; 537.311.322

The authors have investigated the influence of an external magnetic field and the dissipative tunneling on the average binding energy of D(^–)-state and the width of the resonant level in the quantum molecule consisting of two tunnel-coupled quantum dots by means of the zero-range potential method. In the dipole approximation, the researchers have obtained analytical formulae for probability of photoionization of D(^–)-center with a resonant impurity level in a quantum molecule in the cases of the polarized light being longitudinal and transverse to the direction of the external magnetic field. The article investigates the influence of external magnetic field and the parameters of the dissipative tunneling on the spectral dependence of the photoionization of D(^–)-center in the quantum molecule.

quantum dot, quantum molecule, method of zero-range potential, dissipative tunneling, probability of photoionization.