Heisenberg-Kepler WaveFunctions At Quantum Speed Of Gravity C3

Keplers' three laws of motion of celestial objects have been known for about four centuries, and appear to be forgotten since the 20th century. No physicists so far have any interest in trying to link Einstein's relativity theories with them, therefore making them like an oddball in the whole scheme of laws of gravity.



It happens that my potential discoveries appear to reveal the quantum nature of Kepler's laws. My orbital velocity-radius-period-precession quantizer mechanism and its equations have potentially shown that there exists a quantum mechanism of gravity that determines how exactly Kepler's laws are implemented in real time.

My discovered equations reveal that the said quantum implementation of Kepler's three laws must pass by Heisenberg wavefunctions mechanism (collapse and measurement) and the quantum speed of gravity of the cube value of the speed of light (c3).

This finding corroborates with Newton's "absurd action at the distance": quasi instantaneous.

The classical speed of gravity, demonstrated by LIGO-detected gravitational waves and limited by the speed of light, does not prohibit the existence of a quantum-based speed of gravity by an exponent of 3.