1. Special relativity: Lorentz transformation and its consequences.
2. Relativistic energy and momentum, four-vectors, relativistic Doppler effect.
3. General relativity and cosmology.
4. Blackbody radiation, photoelectric effect, Compton effect.
5. Thomson and Rutherford models of an atom, electron cloud, atomic spectra.
6. X-rays. Particle-wave duality.
7. Bohr model of hydrogen-like atoms.
8. Basic characteristics of atomic nuclei.
9. Nuclear models.
10. Radioactivity and nuclear reactions.
11. Nuclear analytical methods.
12. Elementary particles and fundamental interactions.
13. Acceleration and detection of particles.
2. Relativistic energy and momentum, four-vectors, relativistic Doppler effect.
3. General relativity and cosmology.
4. Blackbody radiation, photoelectric effect, Compton effect.
5. Thomson and Rutherford models of an atom, electron cloud, atomic spectra.
6. X-rays. Particle-wave duality.
7. Bohr model of hydrogen-like atoms.
8. Basic characteristics of atomic nuclei.
9. Nuclear models.
10. Radioactivity and nuclear reactions.
11. Nuclear analytical methods.
12. Elementary particles and fundamental interactions.
13. Acceleration and detection of particles.