Symmetry breaking of the two-level atomic response due to field-dependent relaxation
Academic Article
Overview
Additional Document Info
View All
Overview
abstract
We show that the dependence of the relaxation rates on the frequencies of the dressed transitions breaks in general the emission-absorption symmetry of the atomic response. This leads to nonzero resonant refraction index, frequency shift of the driving field maximal absorption, unexpected population inversions both in the dressed and bare states, and a modification of the Mollow spectrum for sufficiently intense fields.