量子电子学报
量子電子學報
양자전자학보
CHINESE JOURNAL OF QUANTUM ELECTRONICS
2008年
6期
698-702
,共5页
谢鸿%李洪才%杨熔灿%林秀%黄志平
謝鴻%李洪纔%楊鎔燦%林秀%黃誌平
사홍%리홍재%양용찬%림수%황지평
量子光学%量子囚徒困境%囚禁离子%最大纠缠
量子光學%量子囚徒睏境%囚禁離子%最大糾纏
양자광학%양자수도곤경%수금리자%최대규전
quantum optics%quantum prisoner's dilemma%trapped ions%maximally entangled
提出了一个利用热囚禁离子来实现两人量子囚徒困境的方案.用双色激光同时照射两个离子,振荡模处于虚激发状态,所以系统对热场不敏感.此外,由于量子博弈中基本的逻辑门可以直接构造,方案相对简单.
提齣瞭一箇利用熱囚禁離子來實現兩人量子囚徒睏境的方案.用雙色激光同時照射兩箇離子,振盪模處于虛激髮狀態,所以繫統對熱場不敏感.此外,由于量子博弈中基本的邏輯門可以直接構造,方案相對簡單.
제출료일개이용열수금리자래실현량인양자수도곤경적방안.용쌍색격광동시조사량개리자,진탕모처우허격발상태,소이계통대열장불민감.차외,유우양자박혁중기본적라집문가이직접구조,방안상대간단.
A scheme to realize the two-player quantum prisoner's dilemma with hot trapped ions is proposed. Based on the interaction between two ions and bichromatic radiation, the vibrational mode is only virtually excited so that the system is insensitive to the thermal field. In addition, since the basic logic gates of the quantum game can be constructed straightforward, the scheme is quite simple.
