We derive the minimum requirements for super-radiant gamma-ray emission by applying the semiclassical theory of coherent spontaneous emission to the case of nuclear transitions in a crystal host. We find that, if a pure sample of a storage isomer can be rapidly transferred into an inverted population for a recoilless transition, less than 1013 nuclei should suffice for an experimental demonstration of nuclear super-radiance.
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Baldwin et al. (1986) studied this question.
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