Abstract
The work reported here is a continuation of studies [i, 2] initiated by the assumption of the distinctive features of prompt charged particles in condensed media [3, 4]. On the basis of data from experimental studies of the processes that accompany the formation of prompt charged particles in condensed media we hypothesized [i] that in the end these processes result in the formation of spatially smeared high-intensity pulsed excitation sources in a much shorter time than for any relaxation processes removing excitation in the medium. The formation of such excitation sources in media characterized by, e.g., band structure anomalies causes population inversion in two-level systems with subsequent stimulated radiative recombination of excitation centers~ The conclusion that suggests itself is that there are evidently condensed media which can effectively manifest lasing properties under certain physical conditions and levels of nuclear radiation.
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