Exciton bleaching and electron teleportation driven by magnetic field in dilute GaAs(N) quantum wells F1000Physics: Condens. Matter; F1000.com/Workspace

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Description
  The Hamiltonian for two harmonic oscillators in the basic of angular momentum j=1/2 and magnetic quantum numbers m_{j}=1/2,-1/2 is build. Proportion coefficient are expressed by means of Clebsh-Gordan coefficient. It is shown that formalism may be applicable at the explaining of deformation dependence of the fundamental band gap of dilute GaInNAs. It is shown that formalism allows to predict the magnetic Coulomb levels near anticrossing point which are created at the generation two conduction band (Delta_{c1} and Delta_{c3}) in GaN/AlN quantum wells. The two solutions in the dispersion equation which lead to a duality of conduction band with highly nonparabolic stage are found. The additional optical transitions are found. The bound states at the research of transitions of discrete spectrum into the continuous state are found. The analytical expression of Landau quantization in dilute GaAsN and their wave vectors are found. It is shown that the consideration of dilute GaAsN is united with the research of 1D periodical crystal in the direction of perpendicular to the magnetic field. In the article the conduction bands of dilute GaAsN, in the case when $m^{(2)}\rightarrow\ \infty$ are studied. For 0.1 % N with 0.2 eV localized N-impurity level with respect of edge conduction band and hybridization between extended states of semiconductor matrix and orbits of N atoms occurs at $k=6*10^{8}\,\textrm{m}^{-1}$ calculated from Brillouin zone center, need to apply of magnetic field of 15.4 T, in order to tune an electron into a given k state. Thus it is shown, that the formalism can be used in the magnetotunneling spectroscopy researches. In this paper, we present microscopic calculations of the absorption spectra for GaN/Al(x)Ga(1-x)N quantum well systems. Whereas quantum well structures with parabolic law of dispersion exhibit the usual bleaching of the exciton resonance without shifting spectral position, a significant red-shift of the exciton peak is found with increasing electron-hole gas density for wurtzite quantum well. Electron and photon teleportation in quantum spectroscopy researches associates with a significant red-shift of the exciton peak in materials with complex dispersion. The energy of the exciton resonance for the wurtzite quantum well is found. The obtained results can be explained by an influence of the valence band structure on quantum confined effects. The optical gain spectrum in Hartree-Fock approximation is calculated. Sommerfeld enhancement is calculated. The red shift of the gain spectra in Hartree-Fock approximation with respect to Hartree gain spectra is calculated. The entanglements of doubled conduction band one can lead into electron teleportation, quantum cryptography and artificial intelligence researches.

 

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