用磁悬浮陀螺探测引力波的方案

无论是韦伯最早用来直接探测引力波的铝柱，还是当今探测引力波的主流设备激光干涉仪，都是静止固定的天线．对来自外界的各种波不加选择地一概接收，造成波之间互相干扰；再加上来自地表的噪音，使被测信息难以辨识．利用磁悬浮陀螺作为探测引力波的天线，在旋转的陀螺减速过程中，可能与某一频率相近的引力波共振，使信息得到放大；有效地提高灵敏度并避免地面杂散信号的干扰．

Detecting Gravitational Waves by Magnetic Suspension Gyroscope -- Using the Analogy Method of the Science Methodology

Whether the aluminum pillar to directly detect gravitation waves or the laser interfere inschument as main current equipments to detect gravitation waves today, all antenna are still and fixed. They receive all kinds of waves from the outside so as to lead to the interference between the mutual waves. Together with noise coming from ground. All of them make detection very difficult. By using magnetic suspension gyroscope as the antenna of detecting gravitational waves, in the process of deceleration of rotary gyroscope, the resonance may be caused between gyroscope and any gravitational wave with a close frequency. As a result, the signals may be magnified. Then the sensitivity will be raised effectively, and the interference of miscellaneous signals in the ground will be avoided.