quantum-mechanical component

Resonant cavity photodetectors have been shown to provide wavelength selectivity and to decouple the quantum efficiency from the transit time component of the bandwidth.

近来获得极大发展的谐振腔光电探测器具有引人注目的波长选择特性，并且实现了器件量子效率与带宽的渡越时间分量之间的解耦。

It is shown that the quantum fluctuations of both charge and magnetic flux in the circuit are relation to both not only the circuit component and the squeezed parameter but also the degree of excitation of the quantum state.

结果表明，该电路中电荷、磁通量涨落的大小不仅与电路器件及压缩参数有关，而且与量子态的激发次数有关。

Firstly, we investigate the relative quantum phase control of two-component Bose-Einstain condanste ( BEC ).

首先, 我们讨论了玻色 — 爱因斯坦凝聚体 ( BEC ) 的相位控制.

Along these lines, we relate quantum chaos, bifurcation to quantum entanglement in periodically kicked two-component Bose-Einstein condensates.

沿着这条思路，本文以一个两分量玻色-爱因斯坦凝聚系统为研究对象，来说明量子纠缠和量子混沌，分岔的关系。