CAJ | 학술논문

利用粒子与真空态腔场相互作用,结合腔量子电动力学技术,通过控制原子在腔中的飞行速度来调节原子与腔场的作用时间,考虑非真空态情况下量子态与腔场作用演化情况,研究了多粒子多光子腔场中原子态的GHZ型纠缠态制备与隐性传态方法.
이용입자여진공태강장상호작용,결합강양자전동역학기술,통과공제원자재강중적비행속도래조절원자여강장적작용시간,고필비진공태정황하양자태여강장작용연화정황,연구료다입자다광자강장중원자태적GHZ형규전태제비여은성전태방법.
By using a vacuum state interaction with atoms,combining cavity field cavity quantum electrodynamics technology,and controlling the flying speed of atoms in cavity to adjust the effect time of atoms and cavity field,considered the volution situation bewtween quantum states and role of the evolution of cavity field in the case of non-vacuum state cavity quantum states,the method of entanglement and teleportation quantum states of multi-particle and multi-photon cavity field in the atomic state of the GHZ type is studied.