The methodology of quantum physics is revolutionized. The physical constants—Planck's, permittivity, permeability, gravitational, and so on—do not exist as such. Each one is composed of a number of factors, which are the single-dimensional quantum attributes of the elementary particle to which it pertains. When using a system of unit measures based upon these quantum attributes, the physical constants vanish. In essence, they do not exist. Physicists created each physical constant to transform a proportion into an equation.
While developing the physical-constant-elimination process, which this book presents, the link between electromagnetic and gravitational force (and also inertial force) was gradually revealed to me. Toward the end, the real significance of the fine-structure constant became apparent. These discoveries helped give me insight to create a new model of the universe—one that presents Our Unitary Universe as being bilaterally symmetrical, composed of equal quantities of mass and antimass such that the total “mass” of Our “Dual” Universe is equal to zero. Upon examining this model, I believe that you will find it to be the most-plausible one yet because it explains away many of the paradoxes that have perplexed people for a long time.
Our Unitary Universe was written by Guy Cavet Myhre. Copyright © 2001 by Guy Cavet Myhre, who can be contacted at gmyhre@hotmail.com. All rights are reserved; however, the contents of this book, or any part thereof, may be reproduced by and/or transmitted to other persons or organizations provided that said contents remains in its original wording and that each of those reproductions or transmittals include a statement that the above-stated copyright holder is the author and copyright holder of said contents and that includes the above-stated e-mail address. Other usage of this contents is allowed only by written permission of the above-stated copyright holder.
I hope that my presentation of Our Unitary Universe pleases you. Should you have any comments, suggestions, or complaints, please E-mail them to me.
For a nonmathematical summary of this book, see Physical Constants Do NOT Exist.
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Part One. Physics without Constants
Chapter 1. The Quantum World
A. Continuity, B. Determinism, C. Flow of Time, D. Zooming, E. Classical Physics, F. Systemic Constants, G. Quantum Physics, H. Discontinuity, I. Diffraction, J. Reflection and Refraction, K. Probabilities and Certitudes, L. Quantum Opportunism, M. Mutation and Evolution
Chapter 2. Electronic Units of Measure
A. Unitary Attributes of Elementary Particles, B. Electronic Attributes, C. Système Électronique (SE) of Unit Measures, D. Integral Attributes
Chapter 3. Planck's Constant
A. Planck's Constant, Historically, B. Planck's Constant, Exposed, C. Planck's Constant in SE Units, D. Role of Planck's Constant, E. Comments about Planck's Constant
Chapter 4. Heisenberg's Uncertainty Principle
A. Location and Momentum, B. Energy and Time, C. Frequency and Time, D. Quantum Momentum
Chapter 5. Force Equations
A. Force Subscripts—-type of force—-system of unit measures, B. Force Constants, C. Magnitude and Value, D. Force Creation—- action and reaction—- proportions and equations—- constants of proportionality—- force proportions—- metric (SI) unit of force, E. Quantum Units of Inertial Force, F. Quantum Units of Electromagnetic Force, G. Quantum Unit of Gravitational Force
Chapter 6. Permittivity Constant
A. Coulomb's Force Proportion, B. Coulomb's Force Equation in SI Units, C. Permittivity Constant in SE Units, D. Reciprocal of the Fine-Structure Constant, E. Coulomb's Force Equation in SE Units, F. Eliminating the Permittivity Constant—- the number two—- factors of units of force—- SE electronic-force equation—- electronic-force comparison
Chapter 7. Permeability Constant
A. Permeability Constant in SI Units, B. Permeability Constant in SE Units, C. Ampère's Force Equation in SE Units, D. Eliminating the Permeability Constant—- the number two—- factors of units of force—- SE magnetic-force equation—- magnetic-force comparison
Chapter 8. Gravitational Constant
A. Newton's Force Equation in SI Units, B. Gravitational Constant in SE Units, C. Newton's Force Equation in SE Units
Chapter 9. Attributes of the Masson
A. Calculating Protonic Attributes—- Protonic Attributes in SI Units, B. Calculating Massonic Attributes—- Massonic Attributes in SI Units, C. Système Gravitatif (SG) of Unit Measures, D. Diverging Attribute Values
Chapter 10. Gravitational Constant, Revisited
A. Gravitational Constant in SG Units, B. Newton's Force Equation in SG Units, C. Eliminating the Gravitational Constant— The Factor (4 π)—- The Number Two— Factors of Units of Force— SG Gravitational-Force Equation— Gravitational-Force Comparison
Chapter 11. Fine-Structure Constant
A. Historical Definition, B. Significance
Chapter 12. Electrical Current
A. Electrical Current in SI Units— Potential— Current— Resistance— Magnetic Flux
B. Electrical Current in SE Units
Chapter 13. Velocity of Light
A. Einstein's Energy Equation for Mass, B. Energy Equation for Mass, Exposed, C. Einstein's Energy Proportion for Photons, D. Energy Equation for Photons— Energy of a Photon— Duality Model of the Photon—-Existence of Antimass
Chapter 14. Boltzmann's Constant
A. Boltzmann's Constant in SE Units, B. Boltzmann's Constant in SG Units, C. Boltzmann's Constant, Historically, D. Avogadro's Number, E. Universal Gas Constant in SI Units, F. Universal Gas Constant in SE Units, G. Boltzmann's Constant, Revisited
Chapter 15. Bohr's Model of the Hydrogen Atom
A. Speed of a Bound Electron, B. Multiplication Factors, C. Bohr Units of Length and Time, D. Attributes of the Bound Electron, E. Bohr Units and SE Units, F. Bohr-Model Unit of Energy, Energies of the Hydrogen Atom, G. Photon-Emission Spectrum— Frequency of the Emitted Photon— Wavelength of the Emitted Photon— Correspondence between νij and ωn
Chapter 16. Planck's Cavity Radiancy
A. Radiation Constants, Historically, B. Electronic Attributes, C. Radiancy Equation without Constants— Radiation Constants in SE Units— Radiancy Equation in SE Units, D. Testing the Cavity-Radiancy Equations— Using Planck's Equation— Using the SE Equation— Comparing the SI and SE Solutions
Chapter 17. Bohr and Nuclear Magnetons
A. Magnetons, Historically, B. Analyzing the Magneton Formulas, C. Magnetons, Revisited
Chapter 18. Black Holes
A. Black-Hole Entropy with Constants, B. Black-Hole Entropy without Constants, C. Acceleration of Gravity in SI Units— Earth's Gravity, D. Acceleration of Gravity in SG Units, E. Escape Velocity in SI Units— Earth's Escape Velocity, F. Escape Velocity in SG Units, G. Schwarzschild Radius in SI Units, H. Schwarzschild Radius in SG Units, I. Density of a Black Hole, J. Earth as a Black Hole, K. Black Hole as Dense as Water
Part Two. Our Dual Universe
Chapter 19. Limit of Human Knowledge
Chapter 20. Gedankenexperiment
Chapter 21. Inertia IS Gravity
Chapter 22. Matter of Antimatter
Chapter 23. Levitation
Part Three. Appendixes
Appendix A. Metric System of Unit Measures
1. Basic Metric Units—- Length— Time— Mass— Temperature— Charge, 2. Superunits and Subunits
Appendix B. Notational Conventions
1. Unitless Value, 2. In-Line Fractions, 3. Factorial Separator, 4. Units-of-Measure Separator, 5. Fixed-Point Notation, 6. Floating-Point Notation, 7. Significant Digits, 8. Moving the Decimal Point, 9. Powers of Ten, 10. Exponential Notation, 11. Components of Exponential Notation— Sign of the Mantissa— Value of the Mantissa— Base Number—-Sign of the Characteristic— Value of the Characteristic, 12. Examples of Exponential Notation, 13. Multiplying and Dividing Numbers, 14. HTML Mathematical-Symbol Substitution
Appendix C: Proportions and Equations
1. Table of Data, 2. Inertial Force, 3. Inertial-Force Experiment, 4. Creating a Proportion, 5. Creating an Equation, 6. Constant of Proportionality, 7. Inertial-Force Equation in SI Units, 8. Unit of Inertial Force
Appendix D. Names of Units of Measure
1. Names of SI Units, 2. Names of SE Units
Appendix E. Quantum-Attribute Values of Elementary Particles
1. Quantum-Attribute Values of the Electron, 2. Quantum-Attribute Values of the Proton, 3. Quantum-Attribute Values of the Masson, 4. Planck Values and Quantum-Attribute Values of the Masson, 5. Fundamental Universal Physical Constants of Nature---(Electron-Based), 6. Fundamental Universal Physical Constants of Nature---(Masson-Based), 7. Quantum-Force Magnitudes of the Electron and Masson, 8. Quantum Attributes of the Electron Bound in the Bohr Hydrogen Atom
Appendix F. FUPCON Values
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