Introduction; high-energy physics phenomena in the Universe; history of cosmic ray research (Chap. 1 and Chap. 3 excluding 3.2.1 in the textbook) Room: Room 315

Extra lecture for Astronomers: A CookBook on Particle Physics (2.5-.6; 4.1; selected topics on weak interactions and neutrinos) Room: Room 315

Electromagnetic and hadronic showers; detectors for high-energy cosmic rays (4.2; 4.3.2; 4.4 excluding 4.4.1-2; 4.5; 4.6) Room: Room 313

Astrophysical acceleration mechanisms (10.1) Room: Room 315

Dark Matter; WIMPs and their signatures (8.1; 8.4; 8.5; 10.1.4; 10.4.1.3-.4; 10.4.2.4) Room: Room 315

Possible acceleration sites: implications (10.2) Room: Room 315

Propagation of GW and of charged cosmic rays. Propagation of gamma rays and neutrinos; axions, ALPs and mirror photons (10.3) Room: Room 315

More experimental results on cosmic rays (10.4). Rules for the final exam. Room: Room 315

A look into the future (10.5) Room: Room 315

Laboratory: Analysis of Fermi-LAT data, with prof. F. Longo (optional for Astronomy students)

• Francesco Longo (TS)

Room: LabP104 Teaching assistants: Dr. Matteo Menguzzato, Dr. Federico Virello

Laboratory: Analysis of Fermi-LAT data, with prof. F. Longo (optional for Astronomy students) Room: LabP104 Teaching assistants: Dr. Matteo Menguzzato, Dr. Federico Virello