摘要
在共振QED腔中,设计了一个传输N个量子比特GHZ态的方案。通过选择合适的哈密顿量,无需Bell基测量,就可以实现从原子A到原子B的量子隐形传态。当然,在传输过程中要求的是选择好腔与原子的作用时间。
We design a scheme to transfer N-qubit GHZ state in cavity quantum electrodynamics （QED）. By selecting the right Hamiltonian, without Bell-state measurement, the N-qubit GHZ state can be teleported from atom A to atom B. Of course, the demand is that we should choose the fight time between the cavity and the atom in the process of transmission.
出处
《江西科学》
2011年第6期684-686,699,共4页
Jiangxi Science
基金
国家自然科学基金(11065007)
关键词
QED腔
GHZ态
BELL基测量
选择性哈密顿量
Cavity quantum electrodynamics, GHZ state, Bell-state measurement, Selective hamiltonian
