摘要
我们在洞量 electrodynamics (证完) 的上下文为簇状态的产生建议二个计划。在第一个计划，我们准备多洞簇状态，信息编码了为协调状态。第二个计划是产生多原子簇状态，在 qubits 由串联 Rydberg 原子的状态被代表的地方。两个都，计划基于原子洞相互作用和原子自发的放射自从洞频率大部分是从原子转变频率的 detuned，能高效地被减少。
We propose two schemes for the generation of cluster states in the context of cavity quantum electrodynamics （QED）. In the first scheme, we prepare multi-cavity cluster states with information encoded in the coherent states. The second scheme is to generate multi-atom cluster states, where qubits axe represented by the states of cascade Rydberg atoms. Both the schemes axe based on the atom-cavity interaction and the atomic spontaneous radiation can be efficiently reduced since the cavity frequency is largely detuned from the atomic transition frequency.
