Question

is it will possible to get some information in any table experiment arranged with cavendish apparatus with a michelson interferrometer to get information for graviton? and hence higgs boson without that everything is mass less

Answer 1

graviton detection examination by using laser beam
Abstract: Graviton is the interacting psrticles for gravitational foce can be detected while experimenting with cavendish apparatus and michelson interferrometer by suing fring examination with and without gravitational field .
Introduction : The graviatational field interact with electromagnetic field of light or quantum field of light as we know from blackhole that if gravitational field is enough strong it can bent the path of the beam or even comparing with escape velocity it can totally diminished the light beam propagation range till certain region that is called event horizon as the radious is given by shwarzchild radious.We can use this argument while we experimenting with cavendish apparatus and michelson interferrometer for determining the gravitational constant g that the fringe coming when the field is present is due to graviton interaction with the photon or electro magnetic field and we may comapare the field without any field present there.
Experimental procedure: The underlying working principles is that similar to the inverse square law of the gravitational field and the law of interference for michelson interferrometer and we need apparatuslike cavendish apparatuse specially where we attach michelson interferromete so that simultaneously we can tke the change in fringe pattern when the the two small sphere in the cavendish apparatus is rotating due to acthe action of gravitational force or the action of exchange particl graviton and we will check the the graviton and laser beam interaction may change the gravitational force or even fringe pattern or both of them.


Data and result : The experiment may exihibit many consistent data that will reveal the proper experimental fact about the gravitational interaction and the light beam interaction with graviton about the feature of the graviton interaction and may possible to find the particles and the matter charecteristics of graviton as well as dual correspondence.
Discussion :We will consider the standard model in doing any aspect of the experiment and also we will consider the de broglie hypothesis in many aspect of such correspondence towards the manifestation of data.Also the standerd model may predict some information from fringe pattern in the difference of absence in massive gravitational field comparing with negligible electormagnetic field for domination of other.

preacution :While we doing such experiment we must care about the quantized amount of energy and law of energy conservation to avoide any such event that may prevent getting proper data .
Conclusion :The graviton as exchange particles between two massive object is an experimental fact that we observe in many experiment such as gravitation al red shift and the black holes where the gravitational field is so strong that the escape velocity reached the value of comparable to light so that light beam cant escape from the field and produce event horizon .this two fact shows the interaction of the gravitational field and light quanta and will help us to find the graviton characteristics as exchange particles.Also this experiment may show some ideas relating to grand unification theory and spontaneous symmetry breaking in higgs boson.