| Course | Professor | Material | Course Outlines |
|---|---|---|---|
| Management and knowledge of European research model and promotion of research results | Prof.ssa D'Orazio Alessia | Slides | Outline |
| How to prepare a technical speech in English | Prof.ssa White Carmela | Outline | |
| Programing with Python for Data Science | Prof. Diacono Domenico | Slides | Outline |
| Introduction to C++ programming | Prof. Francesco Cafagna | Slides | Outline |
| Standard model and physics beyond the standard model | Prof.ssa De Fazio Fulvia | Outline | |
| Detector physics | Prof. E. Bissaldi Prof. R. Venditti | Slides | Outline |
| LHC phenomenology | Prof. Michele Gallinaro Prof. Shaaban Kalik | Slides | Outline |
| Interpolation Methods and techniques for Exsperimental Data Analysis | Prof. Alexis Pompili | Slides | Outline |
| Multi messanger astroparticle Physics | Prof. M. Circella | Outline | |
| Linear Stability analysis | Prof. Giuseppe Gonnella | Outline | |
| Differential equations and physical phenomena | Prof. Saverio Pascazio | Outline | |
| States, observables and Evolution | Prof. Facchi | Outline | |
| Optical sensors and spectroscopic techniques | Prof. V. Spagnolo Prof. P. Patimisco | Outline | |
| Nuclear astrophysics | Prof. Tagliente | Outline | |
| Atom-photon interactions | Prof. Pepe | Outline | |
| Introduction to parallel Computing and GPU Programming using CUDA | Prof. Felice Pantaleo | Slides | Outline |
