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RKM
Course: Relativistic Quantum Mechanics
Department/Abbreviation: SLO/RKM
Year: 2021
Guarantee: 'Mgr. Jiří Kvita, Ph.D.'
Annotation: The aim is to introduce the principles and the apparatus of relativistic quantum mechanics to students and to teach them to actively use them.
Course review:
1. Symmetries - rotation group, Lorentz group
2. Relativistic wave equation - Klein-Gordon equation, solution properties, non-relativistic limit, one particle state - particle, energy momentum tensor, interaction with el.mg. field
3. Dirac equation - free field, solution, one particle state, non-relativistic limit
4. Symmetries of Dirac equation - CPT symmetry
5. Spinors - Operator of enery and spin energie, Foldy-Wouthuysen representation
6. Dirac sea - antiparticles, positron
7. Klein paradox