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Role of hyperfine and anisotropic exchange interaction in the exciton luminescence of quantum dots
Russian version
Smirnov D. S. 1, Ivchenko E. L. 1
1Ioffe Institute, St. Petersburg, Russia
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Optical orientation and alignment of excitons in semiconductor indirect band gap quantum dots were studied theoretically. The study examines a special mode in which the energy of hyperfine interaction between an electron and lattice nuclei is low compared with the exchange splitting between bright and dark exciton levels, but is comparable with the anisotropic exchange splitting of a radiative doublet. Dependences of degrees of circular and linear polarization on an external magnetic field during resonance excitation of excitons by polarized light were calculated. Keywords: quantum dots, polarized luminescence, optical exciton spectroscopy, hyperfine interaction, nanophotonics.
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