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Relational Quantum Gravity incorporates the special and general theories of relativity, as well as quantum mechanics and quantum electrodynamics. To show how it reconciles these theories using the teleconnection, I will start by reviewing these theories from first principles. The treatments here are kept as simple as possible and are aimed at an introductory level. Sections marked small green circle may contain a small amount of mathematics applied in a relatively simple context. More mathematical sections are marked small blue square. Harder sections are marked small black diamond or small double black diamond. The Papers contain formal treatments of the teleconnection, discrete quantum electrodynamics and relational quantum gravity, and detailed descriptions of the empirical tests.

Physical Principles

Mathematical Methods

Gravity

Relativistic Quantum Theory

Quantum Electrodynamics

Relational Quantum Gravity

Empirical Evidence

small green circle   Supernova Redshifts - to be written
small green circle   Lensing - to be written
small green circle   Pioneer - to be written
small blue square   Galaxy Rotation Curves - to be written
small green circle   Radial Velocity Test - to be written
small green circle   Solar Motion - to be written
small green circle   The Slope of the Rotation Curve - to be written

Future Directions

small green circle   Black Holes- to be written
small green circle   The Very Beginning- to be written
small green circle   Quantum Chromodynamics- to be written

Site Navigation

small green circle   Outline - under construction
small green circle   Quick links to topics - under construction

small green circle   Charles Francis         small green circle   Erik Anderson       small black diamond   Papers

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