M.Sc. in Physics (Laurea Magistrale)
The International Master of Science (Laurea Magistrale) in Physics equips students with the knowledge and tools required to explore the frontiers of modern physics. Graduates emerge with:
- Cutting-edge expertise in theoretical, experimental and computational physics
- Transferable skills prized across high-tech industries, research institutes and education
- A solid foundation for Ph.D. studies or R&D careers worldwide
All courses are taught entirely in English, fostering exchange programs and joint initiatives with leading universities and research centers abroad.
Flexible curricula: The degree is built around modular study plans. You may:
- Adopt one of the School’s predefined tracks — ideal if you prefer a ready-made roadmap.
- Customize your plan each semester, selecting from a broad catalogue of electives to match your interests.
Theoretical & Computational Physics curriculum
A full list of courses for the Theoretical & Computational Physics curriculum is available on the program webpage: https://www.fim.unimore.it/en/education/masters-degree-programmes/physics/theoretical-and-computational
Course track in Theory and Simulation of Materials
Below are the courses delivered by members of the Condensed Matter Theory group — recommended if you aim to specialize in atomistic modeling, quantum simulations and nano-materials:
| Course | Instructor(s) |
|---|---|
| Fundamentals of Condensed-Matter Physics | Raffaello Bianco |
| Advanced Condensed-Matter Theory | Federico Grasselli |
| Advanced Quantum Mechanics | Marco Gibertini |
| Statistical Mechanics & Phase Transitions | Guido Goldoni |
| Theory & Simulation of Excitations in Materials | Marco Govoni |
| Nanoscience & Quantum Materials | Elisa Molinari |
| Laboratory of Quantum Simulation of Materials | Pietro Bonfà, Alice Ruini |
| Laboratory of Machine Learning & Advanced Computing for Physics | Federico Grasselli, Pietro Bonfà |
Master’s thesis opportunities
If you wish to undertake your thesis in Condensed Matter Theory, please contact the relevant faculty member directly to discuss available research projects.
Ph.D. in Physics & Nanoscience
The Ph.D. in Physics and Nanoscience immerses candidate students in cutting-edge research spanning advanced materials, energy storage and conversion, quantum information science, nanotechnology, biophysics, and other frontiers of fundamental and applied physics.
Program snapshot
| Duration | 3 years (full-time) |
| Language | English (courses, research, and thesis) |
| Scholarships | Awarded on merit; call opens each June for a 1 November start |
| Mobility | Travel funds for conferences, beam-times, and long-term visits abroad |
| International Opportunities | Double-Degree option with the Graduate School of Physics, University of São Paulo (Brazil) |
Research Tracks
| Quantum Sciences & Nanotechnologies | Training across fundamental quantum phenomena and device-oriented nanotechnology, from spin qubits to quantum sensors |
| Condensed-Matter Theory & Computation | Development of algorithms and high-performance software for atomistic and multiscale simulations; emphasis on many-body physics and materials design |
| Biophysics & Materials for Sustainability | Application of physics and chemistry principles to renewable energy, energy storage, and bio-inspired materials |
Facilities & collaborations
PhD candidates may conduct research in state-of-the-art on-site laboratories equipped for:
- thin-film deposition, lithography, and nanofabrication
- advanced microscopy & spectroscopy (optical, X-ray, electron)
- low-temperature and high-field measurements
- biophysical characterisation of soft and hybrid systems
Projects frequently involve national and international large-scale facilities—synchrotrons, neutron sources, exascale supercomputers, and high-magnetic-field labs—providing unparalleled experimental and computational resources.
Professional development
- Individual mentorship: each student joins a vibrant research team and follows a tailored coursework plan.
- Career skills: grant-writing, project management, science communication, entrepreneurship.
- Industry & societal links: projects may integrate partners from high-tech companies, hospitals, or secondary-school outreach.
PhD thesis opportunities
Interested in joining the Condensed Matter Theory group—or any other research team at UNIMORE?
Contact the relevant faculty member directly to discuss open projects, laboratory resources, and potential funding.
Full details, current call for applications, and contact information are available at: https://www.nano-phdschool.unimore.it/
Applications open each June; the program starts on November 1.