
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.
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 …
Quantum Relativity: Physical Units
From quantum mechanics we learn that everything oscillates with a frequency η = E / h, where h is Planck's constant. This is completely fundamental - all energy oscillates, whether it's a …
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 …
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 …
Quantum Relativity: Calculus Appendix 1 - CalSci
Appendix 1 of my Calculus course.If you need a windshield, consider ours. Contribute to our site maintenance fund: Support our advertisers. Thanks, Mark
Relativity: Chapter 4: Applications of Derivatives - CalSci
Relativity is a theory about how space and time work, and very basic ideas about how particles must act in space-time. The other half of physics is quantum field theories, which are theories …
Quantum Relativity: My Paintings
Mark Lawrence's collection of art reproductions.Please help support this web site If you need a windshield, consider ours. Contribute to our site maintenance fund: Support our advertisers. …
Quantum Relativity: Calculus Chapter 8
In Chapter 7, we learned that there are numbers, which we call scalars. There Are collections of numbers, which we call vectors, matrices, and tensorS. We haven't done much yet with …
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 …