Laser gravitational field fluctuation detector

Details Laser gravitational field fluctuation detector Laser gravitational field fluctuation detector

G - Physics

01

V

G01V 7/00 (2006.01)

Patent

CA 2615016

The Laser Gravitational Field Fluctuation Detector is designed to detect gravitational fluctuations in the Earth's gravitational field as for example when the Earth is influenced by the Sun or Moon's gravitation field which results in ocean tides. This detection is accomplished by measuring the deviation of two light beams from their normal paths in reference to each other when subjected to a gravitational field, due to the fact that a perpendicular beam is affected differently than a parallel beam. Both beams having been created from a single beam by means of a narrow angle glass prism beam splitter are affected each differently by the gravitational field. Fluctuation detection is accomplished by recombining both beams by means of two mirrors and the beam splitter in order to produce a bull`s eye type of interference pattern which can be viewed through the eyepiece and also recorded through the eyepiece by a camera or photocell.

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