Wave Dynamics of Quantum Gravity-Space

Abstract: Gravity-Space phenomenon is observed as unique, wavy, nonlinear and even a-temporal by its nature. A wave function describing the state of space encircling a gravitodynamic vortex is suggested. Linear vector gravity would be a realistic linear approximation. In the “strong field ” limits, a quantization of orbits should be quite natural and fully observable. That phenomenon is named gravitonium. Quantum gravitomagnetic resonance with de Broglie’s wave arises most naturally from this. It could possible be the mechanism of mass creation, but of gravitation as well. Questions of Lorentz symmetry, gravyphoton mass and “relativity limits ” are considered in detail. The whole concept leads to change from 20 th century field-geometry paradigm towards real wave-dynamic description of Universe