Showing papers by "David Broido published in 1985"
TL;DR: In this paper, the spin split hole subband structure is calculated and the cyclotron masses as a function of magnetic field are extracted from it, and the many-body effects are important.
Abstract: The spin-split hole subband structure is calculated. From it, cyclotron masses as a function of magnetic field are extracted. Agreement with experiment is not good. We argue that many-body effects are important.
283 citations
TL;DR: In this article, the effects of anisotropy of the valence band structure and mixing of the heavy and light holes on the Landau levels of the hole inversion layer in a normal magnetic field are studied.
Abstract: The effects of anisotropy of the valence-band structure and of the mixing of the heavy and light holes on the Landau levels of the hole inversion layer in a normal magnetic field are studied Some of the crossings of the Landau levels which occur when anisotropy is neglected are removed when it is included While the measured multiple cyclotron-resonance frequencies are explained qualitatively by our calculation, there is quantitative disagreement
38 citations