Abstract
In the presence of a strong resonant electromagnetic (or hypersonic) field, the energy spectrum of an exciton changes its structure. The quasi-energy spectrum of the exciton–photon system was studied early on for the case when the frequency of the laser radiation is in resonance with the transitions between the degenerate exciton levels. However, neither in these nor in other studies has the time-reversal symmetry been discussed for quasi-energy states.
In this chapter, the influence of strong coherent hypersound on excitons and the behavior of Zeeman systems with an arbitrary spin in a strong resonant magnetic field are discussed using the convenient formalism of quasi-energy. In Sect. 7.1, on the basis of the first Brillouin zone analysis in the quasi-energies space, the time-reversal symmetry for quantum mechanical systems with quasi-energy spectra was considered.
Sections 7.2 and 7.3 discuss the results related to the quasi-energy spectra of excitons in the field of a high-intensity monochromatic hypersonic wave by taking into account the interband exciton–phonon transitions. The intraband scattering of low exciton density on hypersonic phonons at high density is also considered.
In Sect. 7.4, the quasi-energy spectrum for systems with a finite number of degrees of freedom having an equidistant energy spectrum in the presence of a strong resonant electromagnetic field is obtained by means of multiboson representation of the angular momentum.
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Geru, I., Suter, D. (2013). Effects of Deep Saturation. In: Resonance Effects of Excitons and Electrons. Lecture Notes in Physics, vol 869. Springer, Berlin, Heidelberg. https://doi.org/10.1007/978-3-642-35807-4_7
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