Скачать или смотреть Fundamentals of Quantum Physics 4: Tunneling, Potentials & Eigenvalues 🌚 Lecture for Sleep & Study

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Explore how particles behave in quantum wells, tunnel through barriers, and scatter off invisible forces. This lecture covers the time-independent Schrödinger equation, delta potentials, and the nature of bound and scattering states — all grounded in the math of eigenvalues and linear transformations. A calm, precise look at the strange logic of the quantum world.

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Table of contents:
0:00:00 Bound & scattering states, tunneling
0:16:44 Schrödinger equation: boundary conditions
0:31:19 Delta potential: bound state
0:50:09 Delta potential: scattering
1:14:22 Finite well: bound states
1:38:55 Finite well: scattering
1:58:03 Linear algebra basics
2:21:46 Linear transformations
2:45:40 Eigenvectors & eigenvalues