Quantum Gravity is here applied, not only to the elusive perihelion precession of the planet Mercury, but the rest of the solar system as well...

Using 3D-evolutionary algorithms, every aspect of gravity is dissected. Detailed data from NASA's Horizon Ephemeris is juxtaposed by a suite of Orbit-Gravity-Simulation (OGS) applications. Results are analyzed over centuries of planetary evolution, to within a fraction of a second.

Since Newton, a unified theory of gravity has been tantalizingly close, and yet subtly hidden. Now, the formula released in this Thesis finally completes the mathematics of 3d-n-body Gravity. By realizing how quantum time must be an a priori fundamental ontology that underpins every valid theory on quantum gravity, all the pieces of the puzzle click perfectly into place.

With just a couple of screens of essential computer code / math, that encapsulates every body in the entire known universe, we are looking at the axiomatic foundation of all celestial mechanics: Newtonian-Planck Gravity.

This book contains the foundational principles required to build any gravity algorithm. It is the astrophysics necessary to creating dynamic solar systems, galaxies, or, any other such simulations.

The underlying gravity engine that drives all of these algorithms, (and quite a few more too), is Newtonian-Planck Gravity. The exact size of the time quanta is entirely dependent on the processing speed of the computer.

Herein is the math required to flex the rate of time, as well as that required to keep the entire system focused on the center of gravity, and the center of the screen! You will also find source data extracted from Horizon Ephemeris on selected dates for the major bodies of the solar system going back to 1773 AD.

That essential source code:

Build Solar System