We study experimentally the slow relaxation of the mean energy and radiative rate of a system of interacting, two-dimensional electrons and holes in the presence of static disorder. The system evolves through two phases: an early, excitonic phase and a long-time, distant-pair phase. The results differ from the usual energy-loss hopping because of the dominant role of interactions in the present system.
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Golub et al. (1997) studied this question.
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