Wannier quasi-classical approach to high harmonic generation in semiconductors
Abstract
We develop a quasi-classical theory of high harmonic generation in semiconductors based on an interband current that has been transformed from Bloch to Wannier basis. The Wannier quasi-classical approach reveals a complete picture of the mechanisms shaping high harmonic generation, such that quantitative agreement with full quantum calculations is obtained. The intuitive picture revealed by quasi-classical wavepacket propagation will be helpful in the interpretation and design of high harmonic and attosecond experiments. Beyond that, the capacity to quantitatively model quantum dynamics with classical trajectories should prove useful for a wider spectrum of condensed matter research, including coherent control, transport theory, and strong field physics.
Keywords
Cite
@article{arxiv.2006.09651,
title = {Wannier quasi-classical approach to high harmonic generation in semiconductors},
author = {Andrew M. Parks and Guilmot Ernotte and Adam Thorpe and Chris R. McDonald and Paul B. Corkum and Marco Taucer and Thomas Brabec},
journal= {arXiv preprint arXiv:2006.09651},
year = {2020}
}
Comments
9 pages; 5 figures; 2 appendices