Official information on my courses can be found in ESSE3 on the University of Trento web page:

Information and slides of the lectures for academic years 2013/2014 and 2014/2015 can be found in my old web page.

Here you can find the slides from November 10 2017 presentation of the curricula in “Theoretical and Computational Nuclear Physics and Related Areas” of the Master degree in Physics of the University of Trento.

Fisica Generale III (AA 2016/2017)

High Energy Astrophysics (AY 2016/2017)

  1. 21/02 (16-18) Introduction [slides in pdf]
    24/02 (14-16) NO LECTURE
  2. 28/02 (16-18) Stellar Structure [slides in pdf]
  3. 03/03 (14-16) Stellar Structure and Evolution [slides in pdf]
  4. 07/03 (16-18) Galaxies and Galaxy Clusters [slides in pdf]
  5. 10/03 (14-16) Equation of State of Degenerate Matter
  6. 14/03 (16-18) White Dwarfs
  7. 17/03 (14-16) White Dwarfs [slides in pdf]
  8. 21/03 (16-18) Neutron Stars
  9. 24/03 (14-16) Neutron Stars [slides in pdf]
  10. 28/03 (16-18) Black Holes [slides in pdf]
  11. 31/03 (14-16) Black Holes
  12. 04/04 (16-18) Gravitational Waves [exercise 1]
  13. 07/04 (14-16) Gravitational Waves [slides in pdf]
  14. 11/04 (16-18) GW Sources: NS Collapse to BH [slides in pdf]
  15. 21/04 (14-16) GW Sources: Binary Black Holes [slides in pdf]
  16. 28/04 (14-16) GW Sources: Binary Neutron Stars [slides in pdf]
  17. 02/05 (16-18) Gamma Ray Bursts
  18. 05/05 (14-16) Gamma Ray Bursts
  19. 09/05 (16-18) EM Counterparts of NS-NS and NS-BH Mergers [slides in pdf]
  20. 12/05 (14-16) Active Galactic Nuclei [exercise 2]
  21. 16/05 (16-18) Active Galactic Nuclei [slides in pdf]
  22. 19/05 (14-16) Active Galactic Nuclei [slides in pdf]
  23. 23/05 (16-18) Active Galactic Nuclei [slides in pdf]
  24. 26/05 (14-16) Computational Relativistic Astrophysics [slides in pdf]

List of Possible Topics for the Final Exam


PAF 2016 (23 Maggio 2016)

Le slides in pdf posso essere scaricate qui.

High Energy Astrophysics (AY 2015/2016)

  1. 19/02 (14-16) Introduction [slides in pdf]
  2. 23/02 (15-17) Stellar Structure [slides in pdf]
  3. 26/02 (14-16) Stellar Structure and Evolution [slides in pdf]
  4. 01/03 (15-17) Galaxies
  5. 04/03 (14-16) Clusters of Galaxies [slides in pdf]
  6. 08/03 (15-17) Equation of State of Degenerate Matter
  7. 11/03 (14-16) White Dwarfs
  8. 15/03 (15-17) White Dwarf Cooling [slides in pdf]
  9. 18/03 (14-16) Neutron Stars [slides in pdf]
  10. 22/03 (15-17) Pulsars and Magnetars
  11. 01/04 (14-16) Black Holes [slides in pdf]
  12. 05/04 (15-17) Gravitational Waves
  13. 08/04 (14-16) Gravitational Waves [slides in pdf]
  14. 12/04 (15-17) GW Sources: NS Collapse to BH [slides in pdf]
    15/04 (14-16) NO LECTURE
    19/04 (15-17) NO LECTURE
  15. 22/04 (14-16) GW Sources: Supernovae [slides in pdf] and Binary Black Holes [slides in pdf]
  16. 26/04 (15-17) GW Sources: Neutron Star Binaries [slides in pdf]
  17. 29/04 (14-16) EM Counterparts of NS-NS and NS-BH Mergers [slides in pdf]
  18. 03/05 (15-17) Gamma-Ray Bursts
  19. 06/05 (14-16) Gamma-Ray Bursts
    10/05 (15-17) NO LECTURE
  20. 13/05 (14-16) Active Galactic Nuclei
  21. 17/05 (15-17) Active Galactic Nuclei [slides in pdf]
  22. 20/05 (14-16) Active Galactic Nuclei [slides in pdf]
  23. 24/05 (15-17) Active Galactic Nuclei [slides in pdf]
  24. 27/05 (14-16) Introduction to Computational Astrophysics

List of Possible Topics for the Final Exam