XXXVII Cycle Courses

List of Proposed Courses for XXXVII Cycle

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English – obligatory WHITE – Preparing a scientific presentation in English – 2 CFU

 

Computing science – 3 courses out of the following list:

• CAFAGNA – Fundamentals in advanced programming using C++ – 4 CFU
• DIACONO – ML programming with Python crash course – 3 CFU
• TAGLIENTE – FPGA programming with LabView – 2 CFU
• DIVENERE  – LabView: introduction and data acquisition – 2 CFU
• MAZZONE ANNAMARIA – Geant4: Beginners Course- 2 CFU

 

Specialized courses – 4 courses out of the following list:

• ABBRESCIA – Signals In Particle Detectors – 2 CFU *
• AMOROSO – Big Data Modeling-  1 CFU *
• BARILE – Nuclear Physics Applications in the Life, Earth and Environmental Sciences 2 CFU
• BELLANTUONO – Artificial Intelligence for Social Good (AI4SG)  -2 CFU
• BISSALDI – Gamma-ray Astrophysics – 2 CFU *
• BISSALDI_DIVENERE – Scintillators and Silicon Photomultipliers – 2 CFU *
• BRUNO – Hadron Physics – 2 CFU
• D’ANGELO – Quantum Imaging  Optical Technologies – 2- CFU *
• DE FAZIO –LOPARCO Francesco J – Physics Beyond the Standard Model – 2 CFU *
• GALATI – Practical tools for physics communication – 2 CFU
• JOHNSON K. –  Machine Learning for Advanced Graduate Students – 4 CFU
• LOMBARDI – Signal Processing for Physics and Science– 2 CFU
• LOPARCO Francesco S. MAZZILLI – Heavy-ion physics – 2 CFU
• PANTALEO – Introduction to parallel Computing and GPU Programming using CUDA – 2 CFU
• PASCAZIO – Physical Coherence and Correlation Functions – 2 CFU *
• PASTORE – Neutrino Physics – 2 CFU
• PATIMISCO – Hollow core wave guidedevices – 2CFU
• PEPE – Atom-photon interactions – 2 CFU
• STRAMAGLIA – Causality analisys of series data 1 CFU *
• TAGLIENTE – Nuclear Astrophysics – 2 CFU
• VOLPE – Physics and Laser Applications – 2 CFU

(courses with * are moduli of groups of courses shared with Napoli and Lecce )

 

We are again trying to organize common courses with LECCE and NAPOLI on:

 

1. Particle Detectors–Trigger/DAQ
2. Signals formation and treatment in particle detectors
3. Multi-messenger and particle astrophysics of compact objects
4. Fundamental interaction: QCD and BSM
5. Artificial Intelligence and Machine learning
6. Quantum Information, Quantum Computation and Quantum Imaging
7. Experimental High-Energy Astroparticle Physics
8. Statistical Physics for Complex Systems
9. Biophysics for Health and Environment