We explore two open cavity-qubit systems linked via an optical fiber. The generation of non-local correlations (NLCs) between the two qubits, via skew-information and Bell-function, are investigated under the effects of the physical parameters of the initial state and the interaction couplings of the cavity-qubit and the cavity-fiber and the environment. It is found that the robustness and the generation of the NLCs depend on the physical parameters. Under the condition that the cavity-qubit couplings is much smaller than the cavity-fiber coupling, the regularity of the growth and the oscillations of the NLCs are enhanced and are more robust.

中文翻译：

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通过波导连接的两个有损腔-量子位系统中的钟不等式和偏斜信息非局部性

我们探索通过光纤连接的两个开放腔量子比特系统。在初始状态的物理参数以及腔体量子位与腔体相互作用的耦合的影响下，研究了两个量子位之间通过偏斜信息和贝尔函数产生的非局部相关性（NLC）。纤维与环境。发现NLC的鲁棒性和生成取决于物理参数。在腔-量子位耦合比腔-光纤耦合小得多的条件下，NLC的生长规律和振荡得到增强，并且更加鲁棒。