Advanced Topics In Physics

2023-24

This curricular unit is composed of several modules described below. Each student must choose a total of four modules and be evaluated in three of them  to complete this unit.

Timetables will be arranged after students choices are known. Modules take usually 5/6 weeks with 3/4 contact hours per week.

A detailed description of the modules for 2023-24 is in this pdf document

Modules

1. Advanced materials preparation and characterization (AMPC) 
   

2.   Black holes: theory and recent observations (BH)
   

3.  Climate variability and change (CVC)
   

4.  Computational Physics (CP)
   

5.   Contemporary Optics: Understanding Concepts of Modern Optical Applications from Sensing to Computing (CO)
   

6.  Data Analysis in Particle Physics (DAPP)
   

7. Exotic compact objects: selected theory and phenomenology (ECO) 
   

8.  Experimental Particle and Astroparticle Physics, Advanced Analysis Methods,Top quark physics, Standard model and beyond (EPAP)   
   

9. Graphene Plasmonics (GP) 
   

10.  Group Theory and applications to Condensed Matter Physics (GTACMP)  
    

11.  Large Infrastructures Characterization Techn. for Cond. Matter Physics (LICTCMP)]    

12. Laser, Optics and Photonics (LOP)   
    

13. Numerical simulation of the atmosphere and ocean (NSAO)  
    

14. Optical fiber-based components and devices (OFCD)

15.   Quantum Computing (QC)]   

16.  The Weather Research and Forecasting model (WRF)
    

17. Introduction to Topological Matter (ITM)
    

18.  Standard model I   
    

19. Standard model II