The interaction between atoms and photons has been investigated comprehensively by cavity quantum electronics - dynamic ( cavity qed ) in the last decades . with the manipulation of atoms developed by laser cooling and trapping and improvement of high finesses cavity with ultra - low losses , the interaction between atoms and photons has reached what is called strong - coupling range in optical domain 从上世纪90年代发展起来的腔量子电动力学( cqed )从根本上揭示了光与原子的相互作用,光频段腔qed对认识原子与光场的作用至关重要:随着冷原子技术与高品质光学腔的发展,原子与光子的相互作用达到强耦合。
光: light; ray频段: frequency range; frequency c ...光频: optical frequency; light frequency◇光频变换器 optical frequency converter频段: frequency range; frequency channel光频带: optical bandwidth光频率: light freqency; light frequency; optical frequency光频图: spectrogram光频移: optical frequency shift; optical frequency shit光频支: optical branch; optical frequncy branch; otical branch亚光频: suboptical frequency准光频: quasi-optical frequenciesism频段: ism bandka频段: ka bandx频段: x band超频段: super band低频段: low-frequency range◇低频段补偿 low-frequency compensation; 低频段响应担升 low-band boost多频段: multiband高频段: high band; high-frequency section◇高频段磁带录像机 high band vtr路,频段: way频带, 频段: frequency band全频段: all band三频段: tri-band声频段: audio frequency range; audion section视频段: video hand双频段: two-band