The Master Degree Programme in Physics offers five curricula (Theoretical Physics; Nuclear and Subnuclear Physics; Physics of Matter; Applied Physics; Didattica, Storia ed Epistemologia della Fisica), enabling students to orient their choices with reference to the objectives and learning paths most in line with their own interests.
Degree awarded: second-cycle degree
Language: the curriculum is taught entirely in English
Location: Bologna
Attendance: classes not compulsory but for laboratories
Learning outcomes
At the end of the course, students who choose the curriculum in Theoretical Physics will:
- have a deep and up-to-date understanding of contemporary physics in all its theoretical and fundamental aspects;
- know advanced mathematical and numerical tools for the description and modelling of physical systems;
- master the scientific method and techniques for the resolution of problems.
During the first year of the programme, students acquire a solid background in all areas of theoretical physics, with emphasis on quantum field theoretical techniques applied to particles and strings, general relativity and cosmology, quantum mechanics and statistical physics.
During the second year of the programme, students develop cross cutting skills in project writing, innovation, scientific communication and outreach.
At the end of the course, students have to write and defend orally an original research project, developed within a research group of the Department, possibly in collaboration with other public science agencies or private companies in Italy or abroad.
Career opportunities
The Master Degree entitles graduates to apply for advanced Master Courses as well as PhD Programmes in Italian and foreign universities.
Graduates can also find career opportunities in Research and Development Units of public science agencies and private companies.
Course structure
For details click here.
Admission requirements
The admission and test requirements can be found by linking to the Enrolment web-page.
Degree awarded: second-cycle degree
Language: the curriculum is taught entirely in English
Location: Bologna
Attendance: classes not compulsory but for laboratories
Learning outcomes
At the end of the course, students in the Nuclear and Subnuclear Physics curriculum will:
- have a fundamental and conceptual knowledge in nuclear physics and elementary particle physics;
- acquire advanced skills aimed at the deep understanding of phenomena related to the state-of-the-art experimental research fields;
- be able to discuss the applications of nuclear and subnuclear physics in modern society.
During the first year of the programme, students acquire a solid knowledge in nuclear and subnuclear physics, with emphasis on experimental aspects. The programme is enriched by courses covering the basic principles of theoretical physics.
Depending on the chosen ECTS, students develop advanced skills in R&D, electronics, computing or statistical techniques.
During the second year of the programme, student extend their knowledge thanks to specific courses on advanced topics. Abilities are extended to project writing, innovation, scientific communication and outreach.
At the end of the course, students have to write and defend orally an original research project, developed within a research group of the Department, possibly in collaboration with other public science agencies or private companies in Italy or abroad.
Career opportunities
The Master Degree entitles graduates to apply for advanced Master Courses as well as PhD Programmes in Italian and foreign universities.
Graduates can also find career opportunities in Research and Development Units of public science agencies and private companies.
Course structure
For details click here.
Admission requirements
The admission and test requirements can be found by linking to the Enrolment web-page.
Degree awarded: second-cycle degree
Language: the curriculum is taught entirely in English
Location: Bologna
Attendance: classes not compulsory but for laboratories
Learning outcomes
During the first year, students build a broad and rigorous background in condensed matter physics through advanced courses covering electronic, magnetic and optical properties of matter, quantum matter and materials, nanoscience, characterization techniques and computational methods.
During the second year, students further specialize by selecting advanced courses aligned with their interests while developing transferable skills in project design and management, innovation, scientific communication and public outreach.
The programme culminates in an original research thesis carried out within a research group of the Department, often in collaboration with leading national or international research laboratories, universities or industrial partners. Students present and defend their work in a final oral examination.
Career opportunities
The Physics of Matter curriculum prepares graduates for international careers across a broad spectrum of research and innovation, including scientific research (both experimental and theoretical/computational), advanced materials, nanoscience, quantum science and technologies, and high-technology industries.
Graduates are qualified to pursue PhD studies in Physics and related disciplines, or to undertake research and development careers in universities, public research institutions, large-scale research facilities and innovative industrial sectors.
The multidisciplinary training provided by the programme enables graduates to contribute to the development and characterization of novel materials and devices addressing major societal challenges, including sustainable energy technologies, low-carbon solutions, advanced sensing, quantum devices, nanoelectronics, photonics and environmental monitoring. Their expertise is particularly suited to multidisciplinary environments where experimental, computational and theoretical approaches are integrated to develop next-generation functional materials and technologies.
Course structure
For details click here.
Admission requirements
The admission and test requirements can be found by linking to the Enrolment web-page.
Degree awarded: second-cycle degree
Language: the curriculum is taught entirely in English
Location: Bologna
Attendance: classes not compulsory but for laboratories
Learning outcomes
At the end of the course, students in the Applied Physics curriculum will:
- know advanced mathematical and numerical tools for the description and the modelling of physical systems;
- master the scientific method and techniques for the resolution of problems
- gain the ability to model complex systems in different fields;
- gain the ability to use and design advanced instrumentation and measurement techniques.
During the first year of the programme, students acquire a solid knowledge in topics of interest of Applied Physics, particularly with emphasis on experimental aspects.
The absence of compulsory course allows students to plan their tailor-made curriculum. Depending on the chosen ECTS, students develop advanced skills in Medical Physics, Biophysics, Complex Systems, Computing or Statistical Techniques for Data Analysis.
During the second year of the programme, students develop cross cutting skills in project writing, innovation, scientific communication and outreach.
At the end of the course, students have to write and defend orally an original research project, developed within a research group of the Department, possibly in collaboration with other public science agencies or private companies in Italy or abroad.
Career opportunities
The Master Degree entitles graduates to apply for advanced Master Courses as well as PhD Programmes in Italian and foreign universities.
Graduates can also find career opportunities in Research and Development Units of public science agencies and private companies.
Course structure
For details click here.
Admission requirements
The admission and test requirements can be found by linking to the Enrolment web-page.
Degree awarded: second-cycle degree
Language: the curriculum is mainly taught in Italian, optional classes in English
Location: Bologna
Attendance: classes not compulsory but for laboratories
Obiettivi di apprendimento
Alla fine del corso studentesse e studenti avranno:
- una conoscenza ampia dei temi e dei metodi di fisica avanzata;
- una conoscenza approfondita e aggiornata dei temi e dei metodi della ricerca in didattica e storia della fisica;
- acquisito elementi di filosofia della fisica e strumenti di analisi critica dei fondamenti della fisica;
- acquisito competenze interdisciplinari e trasversali per indagare le implicazioni culturali, sociali e politiche della fisica.
Durante il primo anno, gli/le studenti/studentesse acquisiscono una base solida di conoscenze e competenze (teoriche e sperimentali) in didattica, storia e filosofia della fisica. Ampliano inoltre la loro conoscenza su aree di fisica avanzata (fisica applicata, teorica, nucleare e sub-nucleare, fisica della materia, astrofisica e fisica del sistema terra) e, per chi lo desidera, su aree scientifiche affini (matematica, biologia, chimica, geologia, informatica).
Durante il secondo anno, gli/le studenti/studentesse sviluppano competenze trasversali quali la scrittura di progetti di ricerca, comunicazione scientifica e outreach.
Al termine del corso, gli studenti sono tenuti a scrivere e difendere oralmente un progetto di ricerca originale, sviluppato all'interno di un gruppo di ricerca del Dipartimento, possibilmente in collaborazione con altri enti pubblici o privati (scuole, musei, centri di ricerca) in Italia o all'estero.
Opportunità professionali
Il curriculum in Didattica, Storia ed Epistemologia della Fisica è progettato per studentesse e studenti che desiderano intraprendere un percorso verso l’insegnamento nella scuola secondaria oppure operare in contesti di impatto culturale e sociale della fisica, dai musei scientifici ai centri di comunicazione e divulgazione della scienza. Il curriculum prepara inoltre alla ricerca in Didattica e Storia della fisica e, quindi, per eventuali percorsi di Dottorato in Italia o all’estero.
Oggi, le grandi sfide sociali richiedono figure professionali nuove che abbiano, oltre a conoscenze e abilità disciplinari solide, competenze interdisciplinari che permettano di affrontare problemi sempre più complessi e di mediare tra ricerca di base e attori politici e sociali. Queste sfide potranno beneficiare di laureati in percorsi che concilino l’approfondimento disciplinare con una riflessione critica e ampia sui contenuti.
Struttura del corso
Per dettagli cliccare qui.
Requisiti di accesso/Admission requirements
The admission and test requirements can be found by linking to the Enrolment web-page.
Curriculum "Physics of Matter"
[ .pdf 242Kb ]
Curriculum "Theoretical Physics"
[ .pdf 247Kb ]
[ .pdf 237Kb ]
