Willie Johnson Jr. ...:::. .:::...
Preface
Introduction
A Discussion of Dimensional Analysis
The Dimensional Analysis
Postulates of the Gyroscopic Force Theory
A Gyroscopic Analysis: Kinematics and Rotating Systems
Fractional Charge and the Creation of Composite Quarks
The Fundamentals of Tovacian Chemistry
The Precessional Genesis of the Electron, Inertial, and Gravitational Masses
The GFT Derivation of the Fundamental Electron Charge
The Gyroscopic Foundation of Inertia:Clenthi's Law
The Magnetic Energy Foundation of Inertia: Ida’s Law
Mass Dilation of an Accelerated Charged Particle
The Photon and the Constancy of the Speed of Light
The Gyroscopic Foundation of Superconductivity
The Gyroscopic Foundation of Electron Tunneling
The Gyroscopic Foundation of the Casmir Force: Ashton’s Law
A Gyroscopic Solution to the Mystery of the Double Slit Experiment
The Unification of Gravity and Electrostatics: A Classical Derivation of Newton's Gravitational Force law and Coulomb's Law
The Unification of Gravity and Electromagnetism: Deriving Newton’s Gravitational Force Constant
A Classical Derivation of the Electron and Base Quark Masses
A Gyroscopic Derivation of the Mass of the Proton:A Quantum Mechanical Approach Through the Use of Eigenvalues
A Gyroscopic Derivation of the Mass of the Proton:A Classical Approach Through the Use of Kepler's harmonic law
Elementary particle Mass Formation
The Unification of Newtonian physics and Quantum Mechanics: The Wavefunction Psi and the Fundamental Theorem of Space Curves
Cymatics and the Quantitized Hall Effect:The Experimental Foundation of Tovacian Bonding
A Gyroscopic Examination Of the Faraday Acyclic (Homopolar) Generator
Predictions
Appendix
The Johnsonian Fundamental Laws of Physics
The Johnsonian Fundamental Laws of Physics Chart
Turro Chapter 15.1
Turro Chapter 15.2
Turro Chapter 15.3
Turro Chapter 15.4
Turro Chapter 15.5
Turro Chapter 15.6
Video Clip of Precessing Bicycle Wheel
Introduction
A Discussion of Dimensional Analysis
The Dimensional Analysis
Postulates of the Gyroscopic Force Theory
A Gyroscopic Analysis: Kinematics and Rotating Systems
Fractional Charge and the Creation of Composite Quarks
The Fundamentals of Tovacian Chemistry
The Precessional Genesis of the Electron, Inertial, and Gravitational Masses
The GFT Derivation of the Fundamental Electron Charge
The Gyroscopic Foundation of Inertia:Clenthi's Law
The Magnetic Energy Foundation of Inertia: Ida’s Law
Mass Dilation of an Accelerated Charged Particle
The Photon and the Constancy of the Speed of Light
The Gyroscopic Foundation of Superconductivity
The Gyroscopic Foundation of Electron Tunneling
The Gyroscopic Foundation of the Casmir Force: Ashton’s Law
A Gyroscopic Solution to the Mystery of the Double Slit Experiment
The Unification of Gravity and Electrostatics: A Classical Derivation of Newton's Gravitational Force law and Coulomb's Law
The Unification of Gravity and Electromagnetism: Deriving Newton’s Gravitational Force Constant
A Classical Derivation of the Electron and Base Quark Masses
A Gyroscopic Derivation of the Mass of the Proton:A Quantum Mechanical Approach Through the Use of Eigenvalues
A Gyroscopic Derivation of the Mass of the Proton:A Classical Approach Through the Use of Kepler's harmonic law
Elementary particle Mass Formation
The Unification of Newtonian physics and Quantum Mechanics: The Wavefunction Psi and the Fundamental Theorem of Space Curves
Cymatics and the Quantitized Hall Effect:The Experimental Foundation of Tovacian Bonding
A Gyroscopic Examination Of the Faraday Acyclic (Homopolar) Generator
Predictions
Appendix
The Johnsonian Fundamental Laws of Physics
The Johnsonian Fundamental Laws of Physics Chart
Turro Chapter 15.1
Turro Chapter 15.2
Turro Chapter 15.3
Turro Chapter 15.4
Turro Chapter 15.5
Turro Chapter 15.6
Video Clip of Precessing Bicycle Wheel
The Gyroscopic Force Theory
A Classical Theory on the Unification of Electromagnetism and Gravity
Introducing Tovacian Chemistry
by
Willie Johnson Jr.
The seminal principle underlying the Gyroscopic Force Theory (GFT) is that all motion, even rectilinear motion, is comprised of some component of angular momentum and therefore all motions and their concomitant forces may be expressed in terms of such
If there are any questions please contact me at:
williebo@eohsi.rutgers.edu
Last Updated Thu, 28.10.2004