This article using Schwarzschild metric as an example to demonstrate the calculation of Christoffel symbols and their contraction with given metric
Codes used in this post has been published on Wolfram cloud and is completely open source.. Loading online notebook may take a while, take a break for ur health 🙂
Category: _NOTES_
MIT8.04 [part7]
Expectation values of ˆx. Wave-packets and uncertainty. Time evolution of wave-packets. Shape changes. Fourier transforms and Parseval Theorem.
MIT8.04 [part6]
Interpretation of the wavefunction. Probability density, probability current. Current conservation. Hermitian operators.
MIT8.04 [part5]
Matter wave for a particle. Momentum and position operators. Schrödinger equation.
MIT8.04 [part4]
Galilean transformation of de Broglie wavelength. Wave-packets and group velocity.
Categories
PRLabour’s note on MIT8.04 [part 3]
MIT8.04 [part3]
Photoelectric effect. Compton Scattering. de Broglie wavelength.
All links redirect to original MIT Open Course Ware files
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MIT8.04 [part2]
Mach-Zehnder interferometer and Elitzur-Vaidman bomb
MIT8.04 [part1]
Linearity and superposition, linear operator, Schrodinger equation, necessity of complex number, Mach-Zehnder interferometer, polarizer experiment and spin experiment…
original resource at MITOpenCourseWare
1.6 Strange Particles
Discovery of Kaon, “strangeness”, and its “conservation law”
![notes on 1.6 Strange Particles [part 1]](https://physics.run/wp-content/uploads/2023/01/WCM0058.png)
![notes on 1.6 Strange Particles [part2]](https://physics.run/wp-content/uploads/2023/01/WCM0059.png)
![notes on 1.6 Strange Particles [part 3]](https://physics.run/wp-content/uploads/2023/01/WCM0060.png)