宏观量子态

几类宏观量子态的内部结构及其压缩特性

Internal Structure and Squeezing Properties of Some Macroscopic Quantum States

利用大失谐情况下的简并喇曼过程和双光子Jaynes-Cummings模型来产生电磁场中的宏观量子叠加态，即薛定旋风谔猫态，并探讨如何用零频检测的方法来探测这些态。

In this article , we have studied how to generate macroscopic quantum superposition states in electromagnetic field , the Schrodinger cat states , from the large-detuning degenerate Raman process and the large-detuning two-photon Jaynes-Cummings model . The homodyne detection of these states is also discussed .

3个成份宏观量子迭加态的特性

The Properties of the Macro quantum Superposition State Involving Three Elements

真核细胞微管内产生宏观量子叠加态可能性的探讨

Study of the Possibilities in the Generation of the Macroscopic Quantum Superposition States in Eukaryotic Cell Microtubules

本文相干态在其中传播时随着时间的变化可以演化为宏观量子叠加态。

When propagating in it , the coherent state we concerned in this paper can evolve into quantum superposition states .

研究了当场的初态为宏观可区分量子迭加态时，光子的反聚束效应。

The antibunching effect of the field is discussed when the initial field is in a macroscopic quantum superposition states .

BEC是由Einstein在1924年提出的一个著名预测。它是指在某个临界低温下，宏观数量的原子将凝聚到动量为零的最低能量状态，形成宏观量子态。

In 1924 Einstein made a famous forecast that was : under some low temperature , a macro-number of atoms would condensate into the lowest energy state of zero momentum , then would form the macro-quantum state .