Abstract: The primary aim of this paper is to illustrate the universal relationship between frequency, energy and power for electromagnetic and gravitational waves by deriving quantum gravitational expressions for wavelength and energy from Einstein's equation for gravitational power in General Relativity. We then derive the energy and power equations from the conductance properties of a Hydrogen molecule in a (Pt-H-H-Pt) chain and demonstrate that the classical equation of power for standard electric circuits can, under certain circumstances, apply to simple molecular circuits. Finally we test the validity of Podkletnov's experimental results concerning the gravitational shielding effects observed when sample masses are placed over rotating superconducting disks in high frequency AC magnetic fields and conclude that gravitational effects due to the rotation of the disk are negligible and can be excluded. However since quantum gravitational energy has two solutions as in Dirac's relativistic wave equation, we do not rule out the possibility that anti-gravitational effects related to the superconducting state in concert with the rotating magnetic fields are responsible for this shielding effect.
Antigravity & BPP Research papers.