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Coherent effects in the incoherent channel of resonant radiation scattering from excited atoms

机译:从激发原子散射共振辐射的非相干通道中的相干效应

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摘要

Scattering of a resonance electromagnetic field from excited atoms cannot be described by the semiclassical theory of radiation operating with nonquantized electromagnetic fields. Field quantization effects are manifested in this case on the macroscopic level and lead to evolution of statistical properties of radiation in the course of scattering. It is found that a combined process coupling elastic scattering from an atom and induced emission from the same atom, which cannot be studied by the methods of the standard perturbation theory, plays a significant role in this effect. The process of combined scattering in extended media exhibits coherent properties that cannot be described by the standard refractive index.
机译:共振电磁场从激发原子的散射无法用在非量化电磁场下工作的辐射的半经典理论来描述。在这种情况下,场量化效应在宏观水平上表现出来,并导致在散射过程中辐射统计特性的演变。已经发现,结合一个原子的弹性散射和同一原子的感应发射所产生的结合过程,在这种效应中起着重要作用,而这不能通过标准微扰理论的方法来研究。扩展介质中组合散射的过程显示出无法通过标准折射率描述的相干特性。

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