Authors: Peter CM Hahn
This article describes a unique design for a device that will detect gravitational waves directly. The technique used in this design is based on the inflow that is predicted by foamy ether theory. Unlike current interferometer-based detectors that measure distortions of space caused by gravitational waves, the proposed Time Variance - Gravitational Wave Detector (TV-GWD) measures changes in the rate-of-flow-of-time. The TV-GWD is capable of detecting much higher frequency signals than interferometer-based detectors because it measures fluctuations in time, instead of distortions in space. The TV-GWD can be mounted on a tabletop instead of requiring the kilometer-length antennas that are used by interferometers. Details of the design and the tests performed are presented. Photos of an actual working prototype are also provided.
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