Advanced Physics Topics I

This curricular unit is composed of several modules described below. Each student must choose a total of six modules to complete this unit.
Classes ran from February 2   to April 17; Modules take usually 5/6 weeks with 3/4 contact hours per week.

Modules

1. Experimental Particle and Astroparticle Physics (EXPAP), Antonio Onofre, U. Minho

2. Data Analysis in Particle Physics (DAPP), Nuno Castro, U. Porto

3. Correlations Effects in Low-Dimensional Materials and Systems (CELDM), Jose Carmelo, U. Minho

4. Computational Physics (CP), Antonio Luis Ferreira, Manuel Barroso, U. Aveiro, Carla Rosa, U. Porto.

5. Black Holes (BH), Carlos Herdeiro, U. Aveiro,.

6. Dark Energy, Dark Matter & Gravity (DEDMG), Orfeu Bertolami, U. Porto.

7. Asteroseismology and Stellar Evolution (ASE), Margarida Cunha U. Porto.

8. Time-Domain Astronomy (TDA), Tiago Campante, U. Birmingham,

9. High Resolution Spectroscopy: Optical and Infrared (HRS), Sérgio Sousa, U. Porto.

10. Jets in Astrophysics: from Stars to Active Galaxies (JAP), Christophe Sauty, Obervatoire de Paris

11. Nonlinear Optics (NO), Michael Scott Belsley

12. Modelling Electronic Structure of Layered 2D Materials (MESLM), Nuno Peres (U Minho), João Lopes dos Santos (U. Porto) , Ricardo Ribeiro ( U. Minho)

13. Advanced Materials Preparation and Characterization techniques (AMPCT), Bernardo Almeida, U Minho.

14. Nanomagnetism (NM), J E Araújo, Vitor Amaral, D. Schmool U. Aveiro.

15. Clean Room and Micro-fabrication (CRMF), Paulo Marques João Oliveira Ventura, U. Porto

16. Spectroscopic techniques for the characterization of materials (STCM), Luís Carlos, U. Aveiro.

17. Materials Growth Techniques and Electronic Microscopy (MGTEM), Florinda Costa U. Aveiro.

18. Group Theory and applications to Condensed Matter Phyiscs, Joaquim Agostinho Moreira, U. Porto

19. Introduction to String Theory (IST), João Penedones U. Porto

20. Cálculo de Limites em Pesquisas no LHC, Nuno Castro, U. Porto/U. Minho

21. Tutoriais em Cosmologia, Orfeu Bertolami e João Rosa, U. Porto

22. Método de Monte Carlo no estudo de camadas óticas ativas, Maria Rute André, U. Aveiro

Evaluation Pannels

1. Antonio Onofre, Nuno Castro, Orfeu Bertolami

2. Nuno Castro, Antonio Onofre, João Veloso

3. José Carmelo, Antonio Luís Ferreira, João Lopes dos Santos

4. António Luís Ferreira, Carla Rosa, Manuel Barroso

5. Carlos Herdeiro, João Rosa, Orfeu Bertolami

6. Orfeu Bertolami, João Rosa, Carlos Herdeiro

7. Margarida Cunha

8. Tiago Campante

9. Sérgio Sousa

10. Cristpophe Sauty

11. Mike Belsley, Hélder Crespo, Mário Ferreira

12. João Lopes dos Santos, Nuno Peres, Ricardo Ribeiro

13. Bernardo Almeida, João Ventura, Florinda Costa

14. João Ventura, Paulo Marques, Bernardo Almeida

15. J P Araújo, Vitor Amaral, D. Schmool

16. Luis Carlos, Florinda Costa, João Pedro Araújo

17. Florinda Costa, Luis Carlos, JP Araújo

18. Joaquim Agostinho, João Lopes dos Santos, José Carmelo

19. João Penedones, Miguel Costa, João Rosa

20. Nuno Castro,Antonio Onofre, JoãoVeloso

21. Orfeur Bertolami, João Rosa , Carlos Herdeiro

22. Maria Rute Andre, Antonio Luis Ferreira, Carla Carmelo Rosa