论文标题
耗散耦合，分散耦合及其在最简单的光学系统中的组合
Dissipative coupling, dispersive coupling and its combination in simplest opto-mechanical systems
论文作者
论文摘要
我们将变分测量的策略应用于最简单的耗散耦合的变体（测试质量位移的单镜变化变化传递性），并将其与最简单的色散耦合进行比较（单镜作为测试质量，该镜子的位置改变了反射波的相位）。我们比较了这两种耦合中的趋势挤压。我们还分析了最简单的组合耦合变体，其中使用了耗散耦合和分散耦合，并表明即使在单个泵的情况下，它也会产生稳定的光学刚度。我们证明可以将变量测量用于组合耦合。
We apply strategy of variational measurement to simplest variant of dissipative coupling (test mass displacement change transitivity of a single mirror) and compare it with simplest dispersive coupling (a single mirror as a test mass, which position changes the phase of reflected wave). We compare a ponderomotive squeezing in this two kinds of coupling. Also we analyze simplest variant of combined coupling, in which both dissipative and dispersive couplings are used, and show that it creates stable optical rigidity even in case of single pump. We demonstrate that variational measurement can be applied for combined coupling.
