Duality Of Gravitational Radiation And Electromagnetic Radiation And Effect Of The Gravitomagnetic Field In A Superconductor

Gravitational wave is an important prediction of the General Relativity by Einstein. Gravitational wave detection is not only most effective, most rigorous and most stirring to the General Relativity, but also has huge impulses to research subjects such as astrophysics, particle physics and quantum field theory, and a brand new window for the technology fields like communication and space navigation.Since 1969, Weber announced though not accepted by the main scholars, that he discovered the gravitational wave, physicists have achieved a great deal of works about the theory and experiment for the detection of gravitational waves, but it is a pity that there is null result. The mainstream of the theoretical analyses and the experiment schemes are aimed to the low frequency band of the gravitational waves. There are more rewards like in military, and make the good complementarities with higher detecting sensitivity, lower financial and technology requirement and more than detecting the low frequency gravitational waves than the low frequency gravitational wave detecting. Since many excellent electromagnetic properties in superconductors, it is used broadly in many electromagnetic resonant detecting schemes. Approaching with the scenarios about the electromagnetic resonance of the high frequency gravitational waves, we studied the superconductor's electromagnetic properties in the presence of the gravitational waves, and got a new scheme to detect the high frequency gravitational waves.After reviewing the development of gravity theory from Newton to Einstein, and introducing the modern gravity theories selectively. As the point, studied and remarked the superconducting technology and superconductor in the detecting of gravitational waves, we obtain the gravity correction to the London equations via the derivations of the Maxwell equations in the present of the high frequency gravitational fields, which will vanish if the gravity is not accounted. Based on these corrections and the works accomplished by forerunners, a new theoretical idea that photoemission-like effect exists between gravitons and cooper pairs in the superconductor is put forward as an expansion.