Канал: David Miller Quantum Mechanics Courses

Science, philosophy and meaning - David Miller

Science, philosophy and meaning - David Miller

The usefulness of quantum mechanics - David Miller

The usefulness of quantum mechanics - David Miller

Matter - David Miller

Matter - David Miller

Light - David Miller

Light - David Miller

Introduction to quantum mechanics - David Miller

Introduction to quantum mechanics - David Miller

Interpretations of quantum mechanics – David Miller

Interpretations of quantum mechanics – David Miller

The measurement problem – David Miller

The measurement problem – David Miller

Bell’s inequalities – David Miller

Bell’s inequalities – David Miller

EPR paradox and hidden variables – David Miller

EPR paradox and hidden variables – David Miller

Quantum teleportation – David Miller

Quantum teleportation – David Miller

Running a quantum computer – David Miller

Running a quantum computer – David Miller

Quantum computing and qubits – David Miller

Quantum computing and qubits – David Miller

Entanglement – David Miller

Entanglement – David Miller

Quantum cryptography – David Miller

Quantum cryptography – David Miller

Collapse and the no-cloning theorem – David Miller

Collapse and the no-cloning theorem – David Miller

Representing information – David Miller

Representing information – David Miller

Density matrix and nonlinear optics – David Miller

Density matrix and nonlinear optics – David Miller

Behavior with oscillating field – David Miller

Behavior with oscillating field – David Miller

Behavior of the density matrix in time – David Miller

Behavior of the density matrix in time – David Miller

Induced dipole and a two-level system – David Miller

Induced dipole and a two-level system – David Miller

Time-evolution of the density matrix – David Miller

Time-evolution of the density matrix – David Miller

Properties of the density matrix – David Miller

Properties of the density matrix – David Miller

Representing mixed states – David Miller

Representing mixed states – David Miller

Mixed states with potential wells – David Miller

Mixed states with potential wells – David Miller

Pure and mixed states – David Miller

Pure and mixed states – David Miller

Introduction to mixed states and the density matrix – David Miller

Introduction to mixed states and the density matrix – David Miller

Total spontaneous emission rate – David Miller

Total spontaneous emission rate – David Miller

Stimulated emission – David Miller

Stimulated emission – David Miller

Spontaneous emission – David Miller

Spontaneous emission – David Miller

Photon absorption – David Miller

Photon absorption – David Miller

Rewriting perturbation theory – David Miller

Rewriting perturbation theory – David Miller

Electron – photon interaction – David Miller

Electron – photon interaction – David Miller

States with different kinds of particles – David Miller

States with different kinds of particles – David Miller

Two-particle fermion operators – David Miller

Two-particle fermion operators – David Miller

Single-particle fermion operators – David Miller

Single-particle fermion operators – David Miller

Fermion Hamiltonians with multiple particle states – David Miller

Fermion Hamiltonians with multiple particle states – David Miller

Representing fermion Hamiltonians – David Miller

Representing fermion Hamiltonians – David Miller

Wavefunction operator – David Miller

Wavefunction operator – David Miller

Mixtures of creation and annihilation operators – David Miller

Mixtures of creation and annihilation operators – David Miller

Annihilation operators – David Miller

Annihilation operators – David Miller

Creation operators – David Miller

Creation operators – David Miller

Describing fermion states – David Miller

Describing fermion states – David Miller

Multimode operators – David Miller

Multimode operators – David Miller

Multimode photon states – David Miller

Multimode photon states – David Miller

Sets of modes – David Miller

Sets of modes – David Miller

The coherent state – David Miller

The coherent state – David Miller

Number states – David Miller

Number states – David Miller

Field operators – David Miller

Field operators – David Miller

Quantum states of an electromagnetic mode – David Miller

Quantum states of an electromagnetic mode – David Miller

Electromagnetic mode Hamiltonian – David Miller

Electromagnetic mode Hamiltonian – David Miller

Field modes as oscillators – David Miller

Field modes as oscillators – David Miller

Hamilton's equations – David Miller

Hamilton's equations – David Miller

Properties of raising and lower operators – David Miller

Properties of raising and lower operators – David Miller

Raising and lowering operators – David Miller

Raising and lowering operators – David Miller

Quantum mechanical particles reconsidered – David Miller

Quantum mechanical particles reconsidered – David Miller

Examples of states of multiple identical particles – David Miller

Examples of states of multiple identical particles – David Miller

Thermal distributions – David Miller

Thermal distributions – David Miller

Analogy for counting states – David Miller

Analogy for counting states – David Miller

Numbers of states – David Miller

Numbers of states – David Miller

Multiple particle basis functions – David Miller

Multiple particle basis functions – David Miller

Multiple particle states – David Miller

Multiple particle states – David Miller

Exchange energy – David Miller

Exchange energy – David Miller

States, single-particle states, and modes – David Miller

States, single-particle states, and modes – David Miller

Fermions and bosons – David Miller

Fermions and bosons – David Miller

Scattering identical particles – David Miller

Scattering identical particles – David Miller

Where does spin come from? – David Miller

Where does spin come from? – David Miller

The Pauli equation – David Miller

The Pauli equation – David Miller

Wavefunctions, spin and Hilbert space – David Miller

Wavefunctions, spin and Hilbert space – David Miller

Visualizing spin states – David Miller

Visualizing spin states – David Miller

Operators for spin angular momentum – David Miller

Operators for spin angular momentum – David Miller

Spin angular momentum – David Miller

Spin angular momentum – David Miller

Angular momentum and magnetic moments – David Miller

Angular momentum and magnetic moments – David Miller

Introduction to electron spin – David Miller

Introduction to electron spin – David Miller

Penetration factor for slowly varying barriers – David Miller

Penetration factor for slowly varying barriers – David Miller

Transfer matrix and bound states – David Miller

Transfer matrix and bound states – David Miller

Transfer matrix method – David Miller

Transfer matrix method – David Miller

Tunneling currents – David Miller

Tunneling currents – David Miller

Introduction to methods for one-dimensional problems – David Miller

Introduction to methods for one-dimensional problems – David Miller

Absorption coefficient – David Miller

Absorption coefficient – David Miller

Total transition rate – David Miller

Total transition rate – David Miller

Transitioning from sums to integrals – David Miller

Transitioning from sums to integrals – David Miller

Direct transitions – David Miller

Direct transitions – David Miller

Perturbing Hamiltonian – David Miller

Perturbing Hamiltonian – David Miller

Introduction to optical absorption in semiconductors – David Miller

Introduction to optical absorption in semiconductors – David Miller

Density of states in quantum wells – David Miller

Density of states in quantum wells – David Miller

Quantum wells – David Miller

Quantum wells – David Miller

Energy density of states in bulk crystals – David Miller

Energy density of states in bulk crystals – David Miller

Semiconductor heterostructures – David Miller

Semiconductor heterostructures – David Miller

Wavepackets and effective mass theory – David Miller

Wavepackets and effective mass theory – David Miller

Effective mass approximation – David Miller

Effective mass approximation – David Miller

Band structures in 3D – David Miller

Band structures in 3D – David Miller

Semiconductors, insulators and metals – David Miller

Semiconductors, insulators and metals – David Miller

Band structure diagrams – David Miller

Band structure diagrams – David Miller

Band structures – David Miller

Band structures – David Miller

Density of states in k-space – David Miller

Density of states in k-space – David Miller

Bloch theorem derivation – David Miller

Bloch theorem derivation – David Miller

Periodic boundary conditions – David Miller

Periodic boundary conditions – David Miller

Crystal structures – David Miller

Crystal structures – David Miller

Introduction to quantum mechanics in crystals – David Miller

Introduction to quantum mechanics in crystals – David Miller

$Refractive index – David Miller$

Refractive index – David Miller

Fermi’s Golden Rule – David Miller

Fermi’s Golden Rule – David Miller

Transition probabilities – David Miller

Transition probabilities – David Miller

Simple oscillating perturbations – David Miller

Simple oscillating perturbations – David Miller

Time-dependent perturbation basics – David Miller

Time-dependent perturbation basics – David Miller

The variational method – David Miller

The variational method – David Miller

Tight binding model – David Miller

Tight binding model – David Miller

Applying perturbation theory – David Miller

Applying perturbation theory – David Miller

First and second order theories – David Miller

First and second order theories – David Miller

Constructing perturbation theory – David Miller

Constructing perturbation theory – David Miller

Use of finite matrices – David Miller

Use of finite matrices – David Miller

Potential well with field – David Miller

Potential well with field – David Miller

Approximation methods – introduction – David Miller

Approximation methods – introduction – David Miller

Radial equation solutions – David Miller

Radial equation solutions – David Miller

Separating for the radial equation – David Miller

Separating for the radial equation – David Miller

Informal solution for the relative motion – David Miller

Informal solution for the relative motion – David Miller

Solving the hydrogen atom problem – David Miller

Solving the hydrogen atom problem – David Miller

Multiple particle wavefunctions – David Miller

Multiple particle wavefunctions – David Miller

Notations for spherical harmonics – David Miller

Notations for spherical harmonics – David Miller

Visualizing spherical harmonics – David Miller

Visualizing spherical harmonics – David Miller

Separating the L squared operator – David Miller

Separating the L squared operator – David Miller

Angular momentum eigenfunctions – David Miller

Angular momentum eigenfunctions – David Miller

Angular momentum operators – David Miller

Angular momentum operators – David Miller

Specific uncertainty principles – David Miller

Specific uncertainty principles – David Miller

General form of the uncertainty principle – David Miller

General form of the uncertainty principle – David Miller

Hermitian operators in quantum mechanics – David Miller

Hermitian operators in quantum mechanics – David Miller

Matrix form of derivative operators – David Miller

Matrix form of derivative operators – David Miller

Hermitian operators – David Miller

Hermitian operators – David Miller

Using unitary operators – David Miller

Using unitary operators – David Miller

Inverse and unitary operators – David Miller

Inverse and unitary operators – David Miller

The identity operator – David Miller

The identity operator – David Miller

Bilinear expansion of operators – David Miller

Bilinear expansion of operators – David Miller

Linear operators and their algebra – David Miller

Linear operators and their algebra – David Miller

Operators – David Miller

Operators – David Miller

Vector space – David Miller

Vector space – David Miller

Using Dirac notation – David Miller

Using Dirac notation – David Miller

Dirac notation – David Miller

Dirac notation – David Miller

Functions as vectors – David Miller

Functions as vectors – David Miller

Introduction to functions and Dirac notation – David Miller

Introduction to functions and Dirac notation – David Miller

Particle Current – David Miller

Particle Current – David Miller

Momentum, position, and the uncertainty principle – David Miller

Momentum, position, and the uncertainty principle – David Miller

Time evolution and the Hamiltonian – David Miller

Time evolution and the Hamiltonian – David Miller

Expectation values and operators – David Miller

Expectation values and operators – David Miller

Quantum-mechanical measurement – David Miller

Quantum-mechanical measurement – David Miller

Electron wavepackets – David Miller

Electron wavepackets – David Miller

Group velocity for a free electron – David Miller

Group velocity for a free electron – David Miller

Group velocity – David Miller

Group velocity – David Miller

Introduction to wavepackets – David Miller

Introduction to wavepackets – David Miller

The coherent state – David Miller

The coherent state – David Miller

Superposition for the harmonic oscillator – David Miller

Superposition for the harmonic oscillator – David Miller

Superposition for the particle in a box – David Miller

Superposition for the particle in a box – David Miller

Introduction to time evolution of superpositions – David Miller

Introduction to time evolution of superpositions – David Miller

Linear superposition – David Miller

Linear superposition – David Miller

Solutions of the time-dependent Schrödinger equation – David Miller

Solutions of the time-dependent Schrödinger equation – David Miller

Rationalizing the time-dependent Schrödinger equation – David Miller

Rationalizing the time-dependent Schrödinger equation – David Miller

Introduction to the time-dependent Schrödinger equation – David Miller

Introduction to the time-dependent Schrödinger equation – David Miller

The harmonic oscillator – David Miller

The harmonic oscillator – David Miller

The finite potential well – David Miller

The finite potential well – David Miller

Particles in potential wells – introduction – David Miller

Particles in potential wells – introduction – David Miller

Barriers and boundary conditions – David Miller

Barriers and boundary conditions – David Miller

Orthogonality of functions – David Miller

Orthogonality of functions – David Miller

Sets of functions – David Miller

Sets of functions – David Miller

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

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

Solving for the particle in a box – David Miller

Solving for the particle in a box – David Miller

Linearity and normalization – David Miller

Linearity and normalization – David Miller

Introduction to the particle in a box – David Miller

Introduction to the particle in a box – David Miller

$Interpreting diffraction by two slits – David Miller$

Interpreting diffraction by two slits – David Miller

$Diffraction by two slits – David Miller$

Diffraction by two slits – David Miller

From de Broglie to Schroedinger – David Miller

From de Broglie to Schroedinger – David Miller

Schroedinger wave equation introduction – David Miller

Schroedinger wave equation introduction – David Miller

$Diffraction from periodic structures – David Miller$

Diffraction from periodic structures – David Miller

$Diffraction – David Miller$

Diffraction – David Miller

Plane waves and interference – David Miller

Plane waves and interference – David Miller

The classical wave equation - David Miller

The classical wave equation - David Miller

Oscillations - David Miller

Oscillations - David Miller

Elementary classical mechanics - David Miller

Elementary classical mechanics - David Miller

Useful ideas from classical physics - David Miller

Useful ideas from classical physics - David Miller