Abstract
The energy spectrum the density of states, the electron probability distributions and the magnetization of a Ga1-xAlxAs-GaAs-Ga1-xAlxAs quantum well in strong tilted magnetic fields B=(Bx,0,Bz) are calculated. It is shown that the spectrum and the probability densities of the states bound in the quantum well would change little if the coupling Hamiltonian approximately=BxBz were to be neglected. Localized states appear above the barrier edge. The magnetization parallel to the layer interfaces exhibits oscillations and sharp jumps as a function of the chemical potential. It remains to be seen whether these jumps may serve as the basis for a dissipation free switching device.
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