HSG Notes on Dr. Randell Mills'

The Grand Unified Theory
of Classical Quantum Mechanics

(January 2000 Edition)

The central feature of the theory advanced in this book can be summarized in one sentence:
The same physical laws apply on all scales.

Specifically, Dr. Mills identifies a comprehensive set of experimentally verified standards defined by classical physical laws (including relativity) and then shows how his novel theory adheres to those standards.

The table of contents below will give you an idea of the book's material. Ultimately, each chapter listed will have a hyperlink to a full notes section.

The HSG is in the process of generating voluminous web notes as well as supplemental documents to assist HSG members in digesting the book's many equations and mathematical models.

Some notes will include animations and "live equation" links. Here is a list of free software you will want to download to get the most from these notes.

+ Adobe Acrobat Reader
+ Mathcad 8 Explorer
+ MathReader: Mathematica Notebook Reader
+ Windows Media Player

Table of Contents

+ Symbols
+ Introduction

1. Atoms and Molecules
   1. The One-Electron Atom
   2. Excited States of the One-Electron Atom (Quantization)
   3. Electron in Free Space
   4. Equation of the Photon
   5. Atomic Coulomb Field Collapse--Hydrino Theory-- BlackLight Process
   6. Stability of Atoms and Hydrinos
   7. The Two-Electron Atom
   8. Derivation of Electron Scattering by Helium
   9. Excited States of Helium
   10. The Three-Electron Atom
   11. The Electron Configuration of Atoms
   12. The Nature of the Chemical Bond
   13. Molecular Coulomb Field Collapse--BlackLight Process
   14. Diatomic Molecular Energy States
2. Collective Phenomena
   15. Statistical Mechanics
   16. Superconductivity
   17. Quantum Hall Effect
   18. Aharonov-Bohm Effect
3. Gravity, Cosmology, Elementary Particles and Nuclear Physics
   19. Creation of Matter from Energy
   20. Pair Production
   21. Positronium
   22. Relativity
   23. Gravity
   24. Unification of Spacetime, the Forces, Matter, and Energy
   25. Inertia
   26. Possibility of a Negative Electron Gravitational Mass
   27. Leptons
   28. Proton and Neutron
   29. The Weak Nuclear Force: Beta Decay of the Neutron
   30. Quarks
   31. The Strong Nuclear Force
   32. K-Capture
   33. Alpha Decay
   34. Mossbauer Phenomenon
4. Retrospect
   35. The Schrödinger Wavefunction in Violation of Maxwell's Equation
   36. Classical Electron Radius
   37. Wave-Particle Duality
   38. The Hydrogen Atom Revisited
5. Quarks to Cosmos to Consciousness
   39. Nature of Consciousness
6. Astrophysics
   40. Spectral Data of Hydrinos from the Dark Interstellar Medium and from the Sun