论文标题
可以在激光干涉引力检测器的单个路径中翻转辐射压力波动的相吗？
Can the phase of radiation pressure fluctuations be flipped in a single path for laser interferometric gravitational wave detectors?
论文作者
论文摘要
辐射压力（RP）噪声是量子噪声的一个组成部分，可以限制在较低频率下激光干涉重力波（GW）检测器的灵敏度。我们使用了在干涉仪的自由质量镜上的相位翻转的浮子式光线（FPSL），构思了可能的RP噪声消除方法。这种可能性是根据该方法用于低于1 Hz的宽频带中的空间GW检测器的约束，而无需使用较长的光腔。考虑到单个路径小尺度情况以生成FPSL的各种模式，我们证明了单个路径情况中不存在配置。
Radiation pressure (RP) noise, one component of quantum noise, can limit the sensitivity of laser interferometric gravitational wave (GW) detectors at lower frequencies. We conceived a possible RP noise cancellation method, using phase flipped ponderomotive-squeezed light (FPSL) incident on free-mass mirrors in interferometers' arms. This possibility is investigated under the constraint that the method is for space-based GW detectors in a broad frequency band lower than 1 Hz without using a long optical cavity. Considering various patterns in a single path small-scale case to generate the FPSL, we proved that no configuration exists in the single path case.
