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  1. Quantum Relativity: Space, Time, and Gravity in a Quantum Universe

    Quantum Relativity is the theory of how space, time, and gravity work in a quantum universe.

  2. Quantum Relativity: Reference Books on Physics - CalSci

    You'll also need to study a graduate level book on Quantum Mechanics. This will teach you matrix mechanics, state expansions, and basic approximation theory. Currently, there is no good …

  3. Quantum Relativity: Calculus Chapter 1 - CalSci

    Sometimes we know exactly how the assumption is violated; in Quantum Mechanics, for example, sometimes things are much more complicated than Newton ever imagined, and his methods …

  4. Quantum Relativity: My Autobiography - CalSci

    I realized that I had come to understand the basis of Quantum Relativity. I also realized something else. No one in the field of physics was likely to listen to me, a businessman who suddenly …

  5. Quantum Relativity: Calculus Chapter 3 - CalSci

    Many of the proofs and derivations in General Relativity are based on the chain rule. The chain rule is used in real life to take something you don't know much about, and break it up into …

  6. Quantum Relativity: Calculus Chapter 4 - CalSci

    In fact, the mathematics of General Relativity is far more complex than what we just did, but nevertheless we just got nearly the right answer - if you use the full machinery of General …

  7. Relativity: Chapter 3: The Invariant Interval - CalSci

    We're going to see that in special relativity the interval takes the place of distance. But, there's a big difference - the interval is how far you went minus the time is took to get there.

  8. Quantum Relativity: Calculus Chapter 10

    All quantum mechanics is done with complex arithmetic. So, we study it. Well, as promised, now that we have something new to work with - complex numbers - one of the first thing we're …

  9. Quantum Relativity: Links

    Preface Introduction Chapter 1: The History of Relativity Chapter 2: The Speed of Light Chapter 3: The Invariant Interval and the Lorentz Transform Chapter 4: Applications of Derivatives …

  10. Quantum Relativity: Calculus Chapter 5

    We could ask the question, "Do imaginary numbers actually exist?" Well, since we live in a quantum universe, it's reasonable to say that maybe only integers like 3, 5, 7 exist, maybe …