Abstract
The existence of a new sort of optical size resonances formed due to the self-consistent coherent interaction of atoms when one of them is excited by a field of continuous optical radiation is proved. The processes of energy transfer from the thus-excited atom to large (of the order of several wavelengths) interatomic distances are considered. It is shown that these processes can be observed in the wave zone upon the interference of the optical fields formed by the oscillating dipole moments of the interacting atoms.
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