Özgür Ogan

Quelques cours, surtout de physique, et musiques diverses.

Quels temps font-ils ? Une introduction au temps des physiciens

Quels temps font-ils ? Une introduction au temps des physiciens

Les racines classiques de la Relativité Restreinte et Générale

Les racines classiques de la Relativité Restreinte et Générale

Les origines électrodynamiques de la théorie de la relativité restreinte

Les origines électrodynamiques de la théorie de la relativité restreinte

QFT 14/14 - Coupling light and matter

QFT 14/14 - Coupling light and matter

QFT 13/14 - Quantum Electrodynamics

QFT 13/14 - Quantum Electrodynamics

QFT 12/14 - Quantizing fermions

QFT 12/14 - Quantizing fermions

QFT 11/14 - Solving the Dirac equation

QFT 11/14 - Solving the Dirac equation

QFT 10/14 - The Dirac equation

QFT 10/14 - The Dirac equation

QFT 9/14 - Finishing off scattering amplitudes

QFT 9/14 - Finishing off scattering amplitudes

QFT 8/14 - Wick's theorem, Feynman diagrams

QFT 8/14 - Wick's theorem, Feynman diagrams

QFT 7/14 - Interactions. Dysons formula

QFT 7/14 - Interactions. Dysons formula

QFT 6/14 - Propagators

QFT 6/14 - Propagators

QFT 5/14 - Heisenberg picture. Causality

QFT 5/14 - Heisenberg picture. Causality

QFT 4/14 - The vacuum. The interpretation of particles

QFT 4/14 - The vacuum. The interpretation of particles

QFT 3/14 - Canonical quantization for the free scalar field

QFT 3/14 - Canonical quantization for the free scalar field

QFT 2/14 - Noether's theorem & the energy momentum tensor

QFT 2/14 - Noether's theorem & the energy momentum tensor

QFT 1/14 - Introductory remarks on quantum field theory and classical field theory

QFT 1/14 - Introductory remarks on quantum field theory and classical field theory

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