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• W1991584929 abstract "The typically tiny effect of radiation damping on a moving body can be amplified to a favorable extent by exploiting the sharp reflectivity slope at one edge of an optically induced stop-band in atoms loaded into an optical lattice. In this paper, this phenomenon is demonstrated for the periodically trapped and coherently driven cold 87Rb atoms, where radiation damping might be much larger than that anticipated in previous proposals and become comparable with radiation pressure. Such an enhancement could be observed even at speeds of only a few meters per second with less than 1.0% absorption, making radiation damping experimentally accessible. Subjecting an ensemble of cold rubidium atoms to a particular combination of optical beams should enable the study of ‘radiation damping’, a typically minuscule velocity-dependent effect that a light source exerts on a moving body. This is the finding of a theoretical study performed by Jin-Hui Wu at Jilin University, China, in cooperation with researchers from the university of Exeter (UK), the Lens Laboratory and Scuola Normale Superiore (IT). Their proposal is based on exploiting reflections at the boundary between allowed and forbidden frequency bands in the photonic crystal made by periodically distributed cold atoms. This approach should provide a way of amplifying radiation damping to a level suitable for experimental study, making it useful for manipulating cold atoms and potentially other material systems." @default.
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• W1991584929 date "2013-02-15" @default.
• W1991584929 modified "2023-10-15" @default.
• W1991584929 title "Radiation damping optical enhancement in cold atoms" @default.
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• W1991584929 doi "https://doi.org/10.1038/lsa.2013.10" @default.
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