SqueezedLightQuellen
SqueezedLightQuellen, also known as squeezed light sources, are devices that generate light with a reduced quantum noise level in one or more quadratures. This reduction is achieved through a process called squeezing, which involves the manipulation of the quantum states of light. Squeezed light is used in various applications, including quantum optics, quantum information processing, and precision measurements.
The concept of squeezed light was first introduced by C. M. Caves in 1981. It is based
Squeezed light sources can be categorized into two main types: continuous-wave (CW) and pulsed. CW squeezed light
Squeezed light has several advantages over classical light. It can improve the sensitivity of measurements in