Elementary Theory of Line Broadening and Four-wave Mixing in Nonequilibrium Many-Particle Systems

Details Elementary Theory of Line Broadening and Four-wave Mixing in Nonequilibrium Many-Particle Systems Elementary Theory of Line Broadening and Four-wave Mixing in Nonequilibrium Many-Particle Systems

2000-05-19

arxiv.org/abs/cond-mat/0005331v1

Physics

Condensed Matter

Statistical Mechanics

17 pages, no figures

Scientific paper

The basic results of optical line broadening and four-wave mixing are deduced from first principles based on time-dependent many-body purturbation theory. The formalism allows us to write all the results in terms of nonequilibrium distribution functions without the need to assume a quasiequilibrium temperature. The connection of these results to the quantum Boltzmann equation is shown, which is also derived from first principles. Last, specific predictions for electron-electron scattering are reviewed.

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