BreakPhysics.ORG

BreakPhysics.ORGBreakPhysics.ORGBreakPhysics.ORG

BreakPhysics.ORG

BreakPhysics.ORGBreakPhysics.ORGBreakPhysics.ORG
More

 

The One-Particle Theory of Everything

by Adam R Gallina

Abstract:

  

Four inter-dependent paradigm shifts are required in order to realize the Theory of Everything:


The Fundamental Particle as a Classical Sphere with Biaxial Declination

(replacing The Standard Model of Particle Physics);


The Flat and Infinite, Non-Expanding Universe

(replacing The Standard Model of Cosmology); 


The Radioactive Decay-based Stellar Lifecycle

(replacing Stellar Nucleosynthesis); and


The Evolution of Biochemistries

(replacing Abiogenesis and Panspermia). 


These paradigm shifts provide an internally-consistent framework that will allow us to propose radical new solutions for the arrow of time, quantum symmetry, the unification of the four fundamental forces, a reinterpretation of quantum physics and the collapse of the wave function, an explanation for dark matter, a reinterpretation of cosmic expansion and dark energy, the formation and evolution of stars and galaxies, the physics of black holes, the history of life on Earth, and the solution to the Fermi paradox, among others.

The One-Particle TOE (pdf)

Download

The Fundamental Particle: The Singlet

Fundamental Planck Spin

The Equator and The Polar Axis (with Clockwise Pole and Counter-Clockwise Pole)

 

Singlets with different Orientations relative to a Frame of Reference

Photons are Singlets that spin on 2 Axes, forming a Biaxial Declination

The Blue Wavelength Photon has a larger Biaxial Declination

Red Wavelength Photon

 

Blue Wavelength Photon

 

Triplet-Inside vs Triplet-Outside Orientations relative to a Frame of Reference

"Proton plus Electron"

"Neutron"

The Singlet Density Field (with Strong and Weak Electromagnetic Fields)

The Singlet Density Field = Gravity

The One-Particle TOE (pdf)

Download

 

get in touch

This site is protected by reCAPTCHA and the Google Privacy Policy and Terms of Service apply.

Cancel

Copyright © 2025 BreakPhysics.ORG - All Rights Reserved.

Powered by

This website uses cookies.

We use cookies to analyze website traffic and optimize your website experience. By accepting our use of cookies, your data will be aggregated with all other user data.

Accept