Highly sensitive detector for detecting gravitational waves based on the relativistic Doppler effect

摘要

A highly sensitive detector for detecting gravitational waves is presented. According to field quantum theoretical observations, gravitational waves have field quanta (gravitons) with very, very low quantum energy and thus very, very large wavelengths of several thousands of light years, so that the field amplitude of the gravitational wave hardly changes at distances of earthly or near-Earth cosmic dimensions. Therefore, gravitational wave detectors must be extremely sensitive in order to measure gravitational waves. In order to increase the sensitivity, the electrical measurement signal generated by the detector is superimposed by a periodic voltage. The optical analogue in super-resolution microscopy is the SIM (Structured Illumination Microscopy). Moreover, the relativistic Doppler effect is discussed and an explanation for the Pioneer and fly-by anomaly is made.