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Special theory of relativity: moving refererence system, Doppler effect and Galilei transformation, Michelson-Morley experiment, Lorentz transformation, relativistic invariant formulation of mechanics, electrodynamics, and quantum mechanics, energy momentum tensor for waves (and coupled mechanical electrodynamical systems)
General theory of relativity: theory (almost) without math, experiments, postulates (equivalence principle, principle of covariance), models, geometry and metrics in 3D, metric tensors: Riemann, Ricci, Christoffel symbols, Einstein field equations in vacuo, measuring time and distance and principle of covariance, Einstein field equations in matter, Schwarzschild metrics
Quantum Theory of many-boson systems, especially the radiation field; Entanglement; Interaction of radiation with matter (absorption, emission, scattering); the Lamb shift; Relativistic quantum theory, especially the Dirac equation.
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