Magneto-Optics in parabolic three-dimensional quantum dots in magnetic fields of arbitrary direction
arXiv:cond-mat/0303586
Abstract
We generalize the Kohn's theorem to the case of parabolic three-dimensional quantum dots in magnetic fields of arbitrary direction. We show numerically that the exact resonance frequencies in the magneto-optical absorption of these dots are reproduced by the adiabatic time-dependent local spin density approximation theory (TDLSDA). We use TDLSDA to predict spin density excitations in the dots.
tex file + 5 figures (submitted to Phys. Rev. B)