QUANTUM OPTICS I (videos - in Czech)
Introduction
Introduction and historical excursions
- Intro
- Hustota módů 1 (12:44) (rovnice: pdf)
- Hustota módů 2 (10:27) (rovnice: pdf)
- Entropie k Planckovu zákonu 1 (11:09) (rovnice: pdf)
- Entropie k Planckovu zákonu 2 (10:29) (rovnice: pdf)
- Entropie k Planckovu zákonu 3 (12:14) (rovnice: pdf)
- Planckův zákon (14:55) (rovnice: pdf)
- Einsteinovo zavedení fotonu (18:55) (rovnice: pdf)
Maxwell Equations
- Maxwell Equations 1 (9:26) (rovnice: pdf)
- Maxwell Equations 2 (9:37) (rovnice: pdf)
- Transversal and longitudinal fields (14:42) (rovnice: pdf)
- Vector potential in Fourier picture (18:35) (rovnice: pdf)
- Hamiltonian in Fourier picture (10:29 - horší zvuk) (rovnice: pdf)
Cannonical Quantization of Electromagnetic Field
Lagrangian and Hamiltonian of Electromagnetic Field
- *Variational Calculus 1 (13:40) (rovnice: pdf)
- *Variational Calculus 2 (7:03) (rovnice: pdf)
- *Lagrange Formulation of Mechanics 1 (13:50) (rovnice: pdf)
- *Lagrange Formulation of Mechanics 2 (7:55) (rovnice: pdf)
- *Lagrange Formulation of Mechanics 3 (4:36) (rovnice: pdf)
- *Hamiltonian Formulation of Mechanics (10:40) (rovnice: pdf)
- Free Electromagnetic Field (Lagrange Formalism) 1 (12:07) (rovnice: pdf)
- Free Electromagnetic Field (Lagrange Formalism) 2 (2:29) (rovnice: viz. výše)
- Free Electromagnetic Field (Hamilton Formalism) 1 (5:56) (rovnice: pdf)
- Free Electromagnetic Field (Hamilton Formalism) 2 (12:10) (rovnice: viz. výše))
- Lagrangian Expressed in Field Modes (13:55) (rovnice: pdf)
Canonical Quantization in Coulomb Gauge
- Historické poznámky ke kvantování a komutátoru (videa z Úvodu do kvantové mechaniky: Historical Notes)
- Kvantování a princip korespondence (14:59) (rovnice: pdf)
- Druhé kvantování (25:37) (rovnice: pdf)
- Důležité operátory v druhém kvantování (15:43) (rovnice: pdf)
States of Light
Eigenstates of the Hamiltonian
- Pure states of Electromagnetic Field (7:01) (rovnice: pdf)
- Electromagnetic Vacuum (15:49) (rovnice: pdf)
- State with One Photon (10:53) (rovnice: pdf)
- State with a Sharp Number of Photons 1 (8:58) (rovnice: pdf)
- State with a Sharp Number of Photons 2 (11:24) (rovnice: pdf)
Coherent States
- Non-stationary States 1 (12:32) (rovnice: pdf)
- Non-stationary States 2 (8:32) (rovnice: pdf)
- Coherent states 1 (17:14) (rovnice: pdf)
- Coherent states 2 (9:17)(rovnice: viz. výše)
- Coherent states 3 (20:04) (rovnice: pdf)
Mixed states of Light
- *Statistical Operator 1 (13:06) (rovnice: pdf)
- *Statistical Operator 2 (11:20) (rovnice: pdf)
- *Statistical Operator 3 (14:15) (rovnice: pdf)
- *Statistical Operator 4 (8:18) (rovnice: pdf)
- *Reduced Density Matrix 1 (16:08) (rovnice: pdf)
- *Reduced Density Matrix 2 (13:05) (rovnice: pdf)
Thermal Light
- Thermal Light (17:02) (rovnice: pdf)
- Bose-Einstein Distribution (14:11) (rovnice: pdf)
- Energy Density (8:50) (rovnice: viz. výše)
- Erratum: Energy Density (4:34) (rovnice: pdf)
- Conduction of Heat by Radiation (14:16) (rovnice: pdf)
Light-Matter Interaction
Lagrangian and Hamiltonian of Light-Matter Interaction
- Light-Matter Interaction 1 (12:34) (rovnice: pdf)
- Light-Matter Interaction 2 (18:43) (rovnice: pdf)
- Light-Matter Interaction 3 (15:19) (rovnice: pdf)
- Light-Matter Interaction 4 (13:09) (rovnice: pdf)
- Light-Matter Interaction 5 (3:28) (rovnice: pdf)
Semiclassical interaction Hamiltonian in Dipole Approximation
- Semiclassical Interaction Hamiltonian 1 (9:34) (rovnice: pdf)
- Semiclassical Interaction Hamiltonian 2 (6:21) (rovnice: pdf)
- Semiclassical Interaction Hamiltonian 3 (9:31) (rovnice: pdf)
Absorption and Emission of Light by Matter
- Einstein Coefficients (14:51) (rovnice: pdf)
- Einstein Coefficients
- Absorption and Emission Experiments 1 (11:36)
- Absorption and Emission Experiments 2 (6:59)
- Absorption and Emission Experiments 3 (8:19)
- Absorption and Emission Experiments 4 (15:47)
- Absorption and Emission Experiments 5 (8:37)
Projection Operator Technique, Green's Functions
- Projection Operators (12:03)
- Projection Operators and Equations of Motion (13:25)
- Green's Functions 1 (13:36) (rovnice: pdf)
- Green's Functions 2 (10:12) (rovnice: pdf)
Excited State Lifetime; Lineshape of Emission Line
- Excited State Lifetime 1 (9:37) (rovnice: pdf)
- Excited State Lifetime 2 (10:53) (rovnice: pdf)
- Excited State Lifetime 3 (12:31) (rovnice: pdf)
- Excited State Lifetime 4 (10:50) (rovnice: pdf)
- Excited State Lifetime 5 (14:24) (rovnice: pdf)
- Excited State Lifetime 6 (9:42) (rovnice: pdf)
- Excited State Lifetime 7 (11:38) (rovnice: pdf)
- Excited State Lifetime 8 (10:08) (rovnice: pdf)
- Excited State Lifetime 9 (10:52) (rovnice: pdf)
- Excited State Lifetime 10 (16:43) (rovnice: pdf)
Broadening of Emission and Absorption Lines
- Absorption Lineshape 1 (17:06) (rovnice: pdf)
- Absorption Lineshape 2 (15:17) (rovnice: pdf)
- Absorption Lineshape 3 (12:27) (rovnice: pdf)
- Absorption Lineshape 4 (7:46) (rovnice: pdf)
- Optical Coherence 1 (11:37) (rovnice: pdf)
- Optical Coherence 2 (15:21) (rovnice: pdf)
- Absorption Lineshape 5 (8:08) (rovnice: pdf)
- *Emission Lineshape 1 (12:28) (rovnice: pdf)
- *Emission Lineshape 2 (9:16) (rovnice: pdf)
- *Emission Lineshape 3 (9:21) (rovnice: pdf)
- Emission lineshape 1-3 (pdf)
- Emission lineshape 1 (preferred alternative) (14:51)
- Emission lineshape 2 (preferred alternative) (20:39)
- Emission lineshape 3 (preferred alternative) (6:12)
Temperature and Collision Broadenings
- Temperature broadening of emission line (38:43)
- Temperature broadening of emission line (pdf)
- Collisional Broadening (26:49)
- Collisional Broadening (pdf)
- Stimulated Transitions (20:37)
- Stimulated Transitions (pdf)
Interaction with Coherent Light
- Effective Hamiltonian (10:54) (rovnice: pdf)
- Effective Hamiltonian 2 (14:45) (rovnice: pdf)
- Semiclassical Approximation (7:34) (rovnice: pdf)
- Resonance Conditions (10:11) (rovnice: pdf)
- Rotating Wave Approximation (14:42) (rovnice: pdf)
- Rabi Oscillations 1 (11:36) (rovnice: pdf)
- Rabi Oscillations 2 (9:55) (rovnice: pdf)
- Rabi Oscillations 3 (16:40) (rovnice: pdf)
Bloch Equations
- Phenomenological Bloch Equations (17:09) (rovnice: pdf)
- Coefficients of Bloch Equations (9:52) (rovnice: pdf)
- Bloch Vector 1 (8:39) (rovnice: pdf)
- Bloch Vector 2 (10:06) (rovnice: pdf)
- Rotating Wave Approximation (15:58) (rovnice: pdf)
- Bloch Equations in RWA (11:12) (rovnice: pdf)
- Pi and Pi/2 Pulses (12:19) (rovnice: pdf)
- Photon Echo (14:45) (rovnice: pdf)
Miscellaneous
Absorption of Pulsed Light
- *Absorption of an Ultra-short Pulse - part 1 (9:23) (rovnice: pdf)
- *Absorption of an Ultra-short Pulse - part 2 (19:05)(rovnice: výše)
- *Absorption of an Ultra-short Pulse - part 3 (23:07) (rovnice: pdf)
- *Linear Susceptibility (23:18) (rovnice: pdf)
