EWT
Energy Wave Theory
Intro
Overview
Energy
Waves
Theory Laws
Theory Proof
Theory Summary
Spacetime
Overview
Units
Constants
Geometry
Mechanics
Particles
Overview
Creation
Neutrino
Electron
Proton
Neutron
Particle Table
Equation
Calculations
Photons
Overview
Creation
Wavelength
Energy
Equation
Calculations
Forces
Overview
Unification
Electric Force
Magnetic Force
Gravitational Force
Strong Force
Orbital Force
Weak Force
Laws of Motion
Equation
Calculations
Atoms
Overview
Nucleus
Orbitals
Shapes
Quantum Leap
Equation
Calculations – Distance
Calculations – Amplitude
Calculations – Energy
Constants
Overview
Constants Table
Electron Mass
Electron Energy
Electron Radius
Proton Radius
Bohr Radius
Compton Wavelength
Rydberg Constant
Rydberg Unit of Energy
Planck Constant
Planck Length
Planck Time
Planck Mass
Planck Charge
Elementary Charge
Coulomb’s Constant
Electric Constant
Magnetic Constant
Bohr Magneton
Gravitational Constant
Gravity Coupling Constants
Fine Structure Constant
Proton Mass
Proton-Electron Mass Ratio
Avogadro’s Constant
Mysteries
Overview
Aether
Energy
Time
Particles
Mass
Charge
Proton
Light
Electricity
Magnetism
Gravity
Quantum
Relativity
Antimatter
Annihilation
Dark Energy
Dark Matter
Mole
Equations
Constants & Equations
Classical Constants
Theory Comparison
E=mc2
E=pc
E=hf
F=kqq/r2
F=Gmm/r2
F=ma
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About
Physics Constants
Physics Constants:
Commonly used physics constants that can be derived from the wave energy equation:
Electron Mass
Planck Constant
Rydberg Constant
Reference
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