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_NOTES_ MIT8.04 Quantum Physics 1 PRLabour Notes

PRLabour’s note on MIT8.04 [part 7]

MIT8.04 [part7]

Expectation values of ˆx. Wave-packets and uncertainty. Time evolution of wave-packets. Shape changes. Fourier transforms and Parseval Theorem.
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_NOTES_ MIT8.04 Quantum Physics 1 PRLabour Notes

PRLabour’s note on MIT8.04 [part 6]

MIT8.04 [part6]

Interpretation of the wavefunction. Probability density, probability current. Current conservation. Hermitian operators.
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_NOTES_ MIT8.04 Quantum Physics 1 PRLabour Notes

PRLabour’s note on MIT8.04 [part 5]

MIT8.04 [part5]

Matter wave for a particle. Momentum and position operators. Schrödinger equation.
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_NOTES_ MIT8.04 Quantum Physics 1 PRLabour Notes

PRLabour’s note on MIT8.04 [part 4]

MIT8.04 [part4]

Galilean transformation of de Broglie wavelength. Wave-packets and group velocity.
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_NOTES_

PRLabour’s note on MIT8.04 [part 3]

MIT8.04 [part3]

Photoelectric effect. Compton Scattering. de Broglie wavelength.
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_NOTES_ Assignments MIT8.04 Quantum Physics 1

8.04_Assignments

All links redirect to original MIT Open Course Ware files

Incase you encounter any problem due to regional internet policy, email the website administrator for a copy of the material.
Ploblem set 1
Problem set 2
Problem set 3
problem set 4
problem set 5
problem set 6
problem set 7
problem set 8
problem set 9
problem set 10
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_NOTES_ MIT8.04 Quantum Physics 1 PRLabour Notes

PRLabour’s note on MIT8.04 [part 2]

MIT8.04 [part2]

Mach-Zehnder interferometer and Elitzur-Vaidman bomb
MIT 8.04 Complete
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_NOTES_ MIT8.04 Quantum Physics 1 PRLabour Notes

PRLabour’s note on MIT8.04 [part 1]

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

MIT 8.04 Complete
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_NOTES_ 1.6 Strange Particles chapter1. historical introduction Particle Physics

1.6 Strange Particles $($1947~1960$)$

1.6 Strange Particles

Discovery of Kaon, “strangeness”, and its “conservation law”
notes on 1.6 Strange Particles [part 1]
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_NOTES_ 1.5 Neutrino chapter1. historical introduction Particle Physics

1.5 Neutrinos $($1930~1962$)$

1.5 Neutrinos

The indeterministic electron energy in beta decay raised a requirement of new particle produced in the reaction, recalling Powell’s emulsion picture indicates this new particle should be electrically neutral, eventually led to the family of leptons.
notes on 1.5 Neutrinos [part1]
notes on 1.5 Neutrinos [part2]
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notes on 1.5 Neutrinos [part5]
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