The two-dimensional D− complex in intense AC and strong magnetic fields

Abstract

The combined effect of intense time dependent far infrared field (FIR) and a strong static magnetic field on interacting electrons in a two-dimensional D − complex is studied. The two-electron problem is cast in the language of the Center of Mass (CM) and relative particles, which in turn is mapped into a problem of coupled nonlinear harmonic oscillators. The time evolution of the CM and its coupling to the internal degrees of freedom via the coulomb interaction and the Pauli exclusion principle is investigated.