Program Overview

Introduction to the Physics of Complex Systems Program

The Physics of Complex Systems program is a master's degree course that focuses on the study of complex systems and their applications in various fields. The program is designed to provide students with a solid foundation in statistical physics, quantum physics, and computational methods.

Program Structure

The program is organized into four disciplinary areas:

• Statistical Physics and Stochastic Processes: This area covers advanced topics in statistical physics, including phase transitions, heterogeneous and disordered systems, statistical field theory, stochastic processes, and systems out of equilibrium.
• Quantum Physics: This area focuses on the study of quantum systems with a large number of correlated degrees of freedom, interaction effects, quantum phase transitions, and out-of-equilibrium quantum dynamics.
• Algorithms, Numerical Methods, and Simulation: This area covers the concepts of computational complexity, numerical methods, and simulation techniques used in modern physics, as well as algorithms for solving complex problems in statistical inference and combinatorial optimization.
• Biological Systems: This area deals with the modeling and analysis of complex problems in biology, using physical-statistical and computational methodologies, including neuroscience, molecular and cellular biophysics, and bioinformatics.

Teaching Methods

The program is taught through a combination of:

• Lectures
• Exercises in the classroom
• Computational laboratory activities organized in groups

The program is organized into two parallel paths that have the same objectives and structure but differ in the institutions where they are held. Both paths can be followed entirely in English.

Program Details

The program includes the following components:

• Il Corso (The Course): An introduction to the program and its objectives
• Percorsi (Paths): The two parallel paths of the program
• Piano di studi (Study Plan): The detailed plan of studies for the program
• Supporto economico (Economic Support): Information on scholarships and financial aid
• Tesi di Laurea Magistrale (Master's Thesis): The final thesis project
• Dopo la laurea (After Graduation): Information on career opportunities and further studies

Research Areas

The program covers a wide range of research areas, including:

• Statistical physics
• Quantum physics
• Computational methods
• Biological systems

Conclusion

The Physics of Complex Systems program is a comprehensive master's degree course that provides students with a solid foundation in the study of complex systems and their applications. The program is designed to equip students with the knowledge and skills necessary to pursue a career in research and industry.