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Resonant Interaction between Atom and Large Period Quantized StandingLight Wave in a Quantized Trap
作者姓名:WANG Xiaoguang  Xie Chengjun  LIU Xiuhuan  LIU Xiaohua
作者单位:Department of Computer,Changchun University,Changchun,130022;Changchun Institute of Physics,Chinese Academy of Scieces,Changchun,130021;Department of Physics,Jilin Teacher's College,Jilin,132011
基金项目:Supported by the Youth Science Foundation of Jilin Education Committee.
摘    要:Thecollapeeandrevivalphenomenonresultingfromdiscretenatureoflightfieldisimportantinquantumoptics.ltreflectsdirectlythequantumproPertiesoflight.Withthedcyelopmentoflasercoolingandtrappingtechnique,atomscanbecoolledtoverylowtemPerature.therefore,thecenter-of-massofatommustbetreatedwithquantization'].Ithasbeenshownthatthereexiststhecollapseandrevivalphenomenoninaquantizedtrap2'3]anditoriginatesfromdiscretenatureofthevibrationaltrapstates.NonclassicalstatessuchasFockstate4Jandsqueezedstate5-…

收稿时间:1996/7/15

Resonant Interaction between Atom and Large Period Quantized Standing Light Wave in a Quantized Trap
WANG Xiaoguang,Xie Chengjun,LIU Xiuhuan, LIU Xiaohua.Resonant Interaction between Atom and Large Period Quantized StandingLight Wave in a Quantized Trap[J].中国激光(英文版),1997,6(1):39-42.
Authors:WANG Xiaoguang  Xie Chengjun  LIU Xiuhuan  LIU Xiaohua
Abstract:A two-level atom in a quantized trap interacting with a large period quantized standing light wave is considered, an exactly solvable model is obtained. The coupling coeffiecients between the atom and the field are time-dependent. The effect of mass-of-center of atom on the collapse and revival phenomenon is discussed.
Keywords:quantized trap  coherent state  collapse and revival phenomenon
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