32 hrs lecture | Wednesday | 10:30 - 12:15 | HG 00.616 |
32 hrs problem session | Thursday | 13:30 - 15:15 | HG 02.052 |
Exam:
Written exam.
Lectures:
Experimental methods (JRH) | |
04.09.2019 | 1. Interactions with matter |
11.09.2019 | 2. Detectors |
Standard model (SC) | |
18.09.2019 | 3. Particles, QED, Feynman rules |
25.09.2019 | 4. Hadrons and QCD |
02.10.2019 | 5. Hadrons and QCD |
09.10.2019 | 6. Weak interactions, CP violation |
16.10.2019 | 7. Higgs mechanism |
Astroparticle physics (JRH) | |
06.11.2019 | 8. The birth of cosmic rays |
13.11.2019 | 9. Cosmic rays in the Galaxy, in the heliosphere, and the Earth magnetic field |
20.11.2019 | 10. Cosmic rays at the top of and in the atmosphere |
27.11.2019 | 11. Cosmic rays underground - neutrino oscillations |
04.12.2019 | 12. Neutrino oscillations |
Beyond the Standard Model, Dark Matter (SC) | |
11.12.2019 | 13. Lambda CDM, Big-bang nucleosynthesis |
18.12.2019 | 14. Dark matter - Beyond-the-standard-model reasons |
Problem sessions:
05.09.2019 | tutorial 1 |
12.09.2019 | tutorial 2 |
07.11.2019 | tutorial 8 |
14.11.2019 | tutorial 9 |
21.11.2019 | tutorial 10 |
28.11.2019 | tutorial 11 |
05.12.2019 | tutorial 12 |
Teaching assistants: Bjarni Pont b.pont at astro.ru.nl
Literature:
D. Griffiths Introduction to Elementary Particle Physics, 2nd edition Wiley |
|
T. Stanev High Energy Cosmic Rays Springer |