David Miller Quantum Mechanics Courses | Poke

David Miller Quantum Mechanics Courses @UCmf4YWFaU32kIvEatnFgmzQ@youtube.com

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Angular momentum eigenfunctions – David Miller

Angular momentum operators – David Miller

Specific uncertainty principles – David Miller

General form of the uncertainty principle – David Miller

Hermitian operators in quantum mechanics – David Miller

Matrix form of derivative operators – David Miller

Hermitian operators – David Miller

Using unitary operators – David Miller

Inverse and unitary operators – David Miller

The identity operator – David Miller

Bilinear expansion of operators – David Miller

Linear operators and their algebra – David Miller

Operators – David Miller

Vector space – David Miller

Using Dirac notation – David Miller

Dirac notation – David Miller

Functions as vectors – David Miller

Introduction to functions and Dirac notation – David Miller

Particle Current – David Miller

Momentum, position, and the uncertainty principle – David Miller

Time evolution and the Hamiltonian – David Miller

Expectation values and operators – David Miller

Quantum-mechanical measurement – David Miller

Electron wavepackets – David Miller

Group velocity for a free electron – David Miller

Group velocity – David Miller

Introduction to wavepackets – David Miller

The coherent state – David Miller

Superposition for the harmonic oscillator – David Miller

Superposition for the particle in a box – David Miller

Introduction to time evolution of superpositions – David Miller

Linear superposition – David Miller

Solutions of the time-dependent Schrödinger equation – David Miller

Rationalizing the time-dependent Schrödinger equation – David Miller

Introduction to the time-dependent Schrödinger equation – David Miller

The harmonic oscillator – David Miller

The finite potential well – David Miller

Particles in potential wells – introduction – David Miller

Barriers and boundary conditions – David Miller

Orthogonality of functions – David Miller

Sets of functions – David Miller

Nature of the particle-in-a-box solutions – David Miller

Solving for the particle in a box – David Miller

Linearity and normalization – David Miller

Introduction to the particle in a box – David Miller

Interpreting diffraction by two slits – David Miller

Diffraction by two slits – David Miller

From de Broglie to Schroedinger – David Miller

Schroedinger wave equation introduction – David Miller

Diffraction from periodic structures – David Miller

Diffraction – David Miller

Plane waves and interference – David Miller

The classical wave equation - David Miller

Oscillations - David Miller

Elementary classical mechanics - David Miller

Useful ideas from classical physics - David Miller