By employing the continuous parameter entangled state representations, we investigate the energy level and the wave function for a capacitively and mutual-inductively coupled LC mesoscopic circuit. It is found that investigating the meso- scopic circuit in such representations can bring us the following conveniences. Firstly, the dynamical equation is naturally transformed into a single-variable differential equation. Secondly, the center-of-mass kinetic energy is included in the energy level of the system....
【英文摘要】
By employing the continuous parameter entangled state representations, we investigate the energy level and the wave function for a capacitively and mutual-inductively coupled LC mesoscopic circuit. It is found that investigating the meso- scopic circuit in such representations can bring us the following conveniences. Firstly, the dynamical equation is naturally transformed into a single-variable differential equation. Secondly, the center-of-mass kinetic energy is included in the energy level of the system....
【基金】
Project supported by the National Natural Science Foundation of China (Grant Nos. 11147009 and 11244005);
the Natural Science Foundation of Shandong Province, China (Grant Nos. ZR2010AQ027 and ZR2012AM004)
【更新日期】
2013-03-05
【分类号】
O431.2
【正文快照】
1. Introduction Due to the rapid progress in quantum computation and quantum information, a substantial interest has revived the physical research on quantum systems. [1–7] Among all kinds of possible schemes for quantum computation realization, the smal
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