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通过驱动单个原子实现类自旋的腔场GHZ态
引用本文:文定忠,王程宇. 通过驱动单个原子实现类自旋的腔场GHZ态[J]. 湖南文理学院学报(自然科学版), 2000, 12(4): 17-18
作者姓名:文定忠  王程宇
作者单位:常德市工业学校!湖南常德415000(文定忠),常德广播电视大学!湖南常德415000(王程宇)
摘    要:提出一种利用经典场驱动单个二能级原子与 3个单模腔场发生色散相互作用 ,最后对原子进行选择性测量 ,从而实现类自旋的腔场GHZ态的制备。利用现有的腔QED技术 ,加上对原子的激光操纵—Stark效应和Rabi频率的交替控制 ,可以在实验上实现上述GHZ态的制备

关 键 词:驱动原子  腔场GHZ态  色散相互作用
修稿时间:2000-10-08

GENERATING THE GHZ STATE OF CAVITY-FIELD VIA A DRIVEN ATOM
WEN Dingzhong WANG Cheng yu. GENERATING THE GHZ STATE OF CAVITY-FIELD VIA A DRIVEN ATOM[J]. Journal of Hunan University of Arts and Science:Natural Science Edition, 2000, 12(4): 17-18
Authors:WEN Dingzhong WANG Cheng yu
Affiliation:WEN Dingzhong WANG Cheng yu 1
Abstract:A scheme is presented to generate the GHZ state of cavity-field with the dispersive interactions between a driven atom and three acvities,the GHZ state can be obtained by state-selective measurement on the atom.By using present cavity QED technology and laser manipulating the atom including stark Effect and Rabi flip controls,we can realize this scheme in experiment.
Keywords:driven atom  GHZ state of cavity-field  dispersive interaction of atom and cavity-field
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