二十世纪八十年代， 物理学家们又发现了所谓的压缩真空 (squeezed vacuum)， 即量子态分布异常的真空， 在这种真空的某些区域中同样会出现负的能量密度。
基于28个网页-相关网页
squeezed vacuum field 压缩真空场
two-mode squeezed vacuum state 双模压缩态
photon-added squeezed vacuum states 增光子压缩真空态
a squeezed vacuum 压缩真空
squeezed vacuum light 压缩真空光场
squeezed vacuum bath 压缩真空库
Under proper initial conditions, the squeezing is persistent and periodic in time, in particular, squeezed vacuum state can be obtained.
而且在一定条件下,我们获得了声子场的压缩真空态。
参考来源 - 囚禁离子声子场压缩特性的研究·2,447,543篇论文数据，部分数据来源于NoteExpress
It point out weakly squeezed vacuum is also squeezed state of phase.
指出了弱压缩真空态也是相位压缩态。
The optical bistability can be controlled by the appropriate squeezed vacuum input.
可以注入适当的压缩真空来控制双稳。
The squeezing effect of a moving atom interacting with a squeezed vacuum state field is investigated.
研究了与单模压缩真空态场相互作用的运动原子的压缩效应。
应用推荐