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• Home Page
• Table of Contents
• Glossary
• Mathematical References
• Linear Algebra for General Relativity
• Brief Vectory Analysis
• The Algebra of Matrices
• Cramer's Rule
• Fundamental Constants
• In the Beginning
• History of the philosophy of mathematics
• Plato's Cave Challenge
• Early Models of the Universe
• The Conflict of Religion and Science
• earth's circumference
• parallax and history
• Kepler
• Kepler's 1st Law
• Kepler's 2nd Law
• Kepler's 3rd Law
• Galileo Galilei
• earth - sun distance
• Olaf Roëmer & the speed of light
• Sir Isaac Newton
• Axioms, or Laws of Motion
• Newton's Law of Universal Gravitation
• The Calculus
• Galilean - Newton Relativity
• Age of Scientific Discovery
• Some Consequences of Kepler, Galileo & Newton
• Kepler, Galileo and Newton
• 2 - Body Problem
• rocket equations
• rocket equations - classical
• rocket equations - photon
• John Harrison's clocks
• Albert A. Michelson & the Luminiferous Aether
• Part - I
• Part - II
• Part - III
• Part - IV
• The Maxwell Equations
• stationary & moving clocks
• Lorentz Transformation Equations
• Lorentz Transformation Equations
• solution to equation (7a)
• solution to equation (9)
• a simpler Lorentz Transformation derivation
• some results of the Lorentz Transformation Equations
• relativistic sinusoidal wave function
• time as 4th dimension
• addition of relativistic velocities
• 1851 Fizeau Water experiment
• Special Relativity
• Galilean - Newton Relativity
• Lorentz Transformation Equations
• Lorentz Transformation Equations
• solution to equation (7a)
• solution to equation (9)
• a simpler Lorentz Transformation derivation
• some results of the Lorentz Transformation Equations
• relativistic sinusoidal wave function
• laws of conservation
• nature's laws of conservation
• law of conservation of angular momentum
• impulse and momentum
• energy conservation and the doppler effect
• binomial expansion
• mass as a variable quantity
• e=mc2
• star aberration
• nature's sphere of light
• Minkowski's Special Relativity Geometry
• Proper Time
• some consequences of e=mc2
• relativistic photon rocket
• superluminal velocities
• easy relativity for laymen
• easy relativity for laymen
• explaining speed of light
• explaining mass as a variable
• philosophical meanings
• Quantum Physics
• de Broglie Equations
• Heisenberg's Uncertainty Principle
• Compton Effect
• Photoelectric Effect
• General Relativity
• Einstein's Original 1916 General Relativity Paper
• Reinterpreting Galileo and Newton's Relativity Principle
• The Riemann Flat spacetime metric
• The Twin Clock Paradox
• Cosmology
• Neils Bohr Institute Lecture: Our Cosmic Roots