论文标题
在紧密结合模型中与量子腔相互作用的氮物体的分析视图
Analytical view on N bodies interacting with quantum cavity in tight-binding model
论文作者
论文摘要
提出了与量子腔相互作用的N身体的动力学。不使用旋转框架近似，并且获得的解决方案是广义Jaynes-Cummings紧密结合模型的最基本。所有介绍的解决方案都是完全分析的，并且以基本功能表示。提出的方案可以很容易地被推广到N体（Qubits），其中M能量水平与量子电磁腔与K能级相互作用。提出的框架可用于构建半导体单电子位置量子位之间的软件建模量子通信。 关键字：Jaynes-Cummings紧密结合模型，量子通信，Rabi振荡，基于位置的Qubit，CMOS量子计算机，单电子设备
Dynamics of N bodies interacting with quantum cavity is presented. The rotating frame approximation is not used and obtained solutions are the most basic in the framework of generalized Jaynes-Cummings tight-binding model. All presented solutions are entirely analytical and are expressed in terms of elementary functions. Presented scheme can easily be generalized into N bodies (qubits) with M energetic levels interacting with quantum electromagnetic cavity with K energetic levels. Presented framework can be used for construction of software modeling quantum communication between semi-conductor single-electron position-based qubits. Keywords: Jaynes-Cummings tight-binding model, quantum communication, Rabi oscillations, position-based qubit, CMOS quantum computer, single-electron devices
