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I am doing a project on Gravitational Wave Detection Techniques, and I am already done with preparing the apparatus for that , its kid of Michelson Interferometer with some minor additions , the wave detection is based on the same basic principle of fringe shift due to path difference in two rays of light , due to disturbances in local spacetime fabric .
But the problem is that at such a small level , its difficult to practically show any determinable fringe shifts , because of highly low intensity GW's at ground level , please advice me , how should I go about , taking my apparatus more closer to the real thing , is there a possibility that somehow I can modify the weak signals ??... should I create a model of planets , and show how the fringe shift is related to the intensity of cosmic GW passed???....Can someone pls guide me , or give me a link to a paper/site that studies the fringe shift with the intensity of wave passed in mathematical form ... etc.
Any sort of additions to my project if possible ..pls advice
thnx
But the problem is that at such a small level , its difficult to practically show any determinable fringe shifts , because of highly low intensity GW's at ground level , please advice me , how should I go about , taking my apparatus more closer to the real thing , is there a possibility that somehow I can modify the weak signals ??... should I create a model of planets , and show how the fringe shift is related to the intensity of cosmic GW passed???....Can someone pls guide me , or give me a link to a paper/site that studies the fringe shift with the intensity of wave passed in mathematical form ... etc.
Any sort of additions to my project if possible ..pls advice
thnx