114 Physics Master's Degree Programs

The Master’s Degree programme in Physics belongs to the Class of the Master Degree Courses in Physics LM-17, lasts two years and requires the acquisition of 120 academic educational credits (CFU) to obtain the degree. The Master’s Degree gives a robust educational and methodological base in physics disciplines.

Master in Physics engages in Scientific research work, product designing, technology development, and management in the fields of artificial intelligence technology, optoelectronic information technology, optical communication, laser 3D sensing, etc.

The AMASE Master's is an international Master's program in Materials Science and Engineering. You study at two out of four European universities from different countries (Germany, France, Spain, Sweden). You also learn two out of the four available languages (German, French, Spanish, and English).

Complement the Bachelor in Engineering Physics, Physics or other applied Physics/Engineering Physics formation, with advanced contents in Condensed Matter Physics and Nano-sciences; Photonics and Optoelectronics; and with a reasonable number of elective courses that allow students to choose part of their formation track. These elective courses may be chosen in the principal subject of the Program or in complementary areas like Mathematics, Mechanical and Electrotechnical Engineering, Chemistry, Management.

The Master’s degree in Physics deepens the understanding of basic elements of modern Physics and Theoretical Physics, allowing students to strengthen their knowledge of specific fields like Biophysics, Nanoscience, Condensed Matter Physics, Nuclear and Particle Physics, Physics of Fundamental Interactions. The program provides direct experience of laboratory and computer calculation techniques and data analysis.

The Master's Degree in Physics is especially aimed at Graduates in Physics and Graduates of the double Degree in Physics and Mathematics. It is also aimed at graduates from other related areas, such as Mathematics, Chemistry, Engineering or Biotechnology. This master degree is oriented towards research and a potential doctorate. It is structured in three specialties that are among some of the most active branches in present day Physics, taught by experienced professors and researchers from the research groups that investigate on the following topics: Physics of the Atmosphere and Climate, Physics of Materials and Mathematical Physics.

The Physics Master’s program is designed for students who want to obtain high-level training in experimental and theoretical physics, paving the way to enter a Ph.D. program or build a career in industry. You may follow 2-year tracks in High Energy Physics or in Physics by Research. Otherwise, you are offered the possibility to attend a first multidisciplinary year in Physics with 4 majors that enable you to choose among 6 second-year specializations: - International Center for Fundamental physics - Large Facilities - Quantum, Light, Materials and Nanosciences - Materials Science and Nano-Objects - Physics of plasmas and fusion - Quantum Devices

The English-taught Master's Degree in Engineering Physics combines modern physics with computer and electronic engineering, applying these fields to quantum technologies and the physics of complexity, across physical, biological, and social systems.

The Master in Physics aims at forming students with skills in different areas of physics, based on a solid interdisciplinary scientific background. Graduates in Physics are appreciated for their openminded, multi-disciplinary attitude and their ability to apply a scientific approach to the analysis of complex problems.

The objectives of this 2nd Cycle programs in Physics are:

Do you wish to dive into an area of physics and work independently with a thesis in a specialisation you think is exciting? Our MSc Physics will provide you with this opportunity, and we can offer these in several fields of study.

The Physics for Educators M.P.Ed program is designed to equip future teachers with a strong foundation in physics principles and teaching strategies. It focuses on helping educators understand core co...

The Master’s programme in Advanced Research Methods in Physics provides advanced education and research training in both theoretical and experimental physics. It aims to develop scientific excellence and research skills in areas such as condensed matter physics, materials science, and theoretical physics, fostering the integration of students into international scientific environments.

The program is devoted to the experimental and theoretical study of properties of condensed systems, their microphysical interpretation, and possible applications, in particular with respect to the current development of materials research. In addition to common study, the students can select one of the following specializations: Physics of atomic and electronic structures, Physics of macromolecular compounds, Physics of materials, Low-temperature physics, Physics of surface modifications. Each of these blocks provides a general education in condensed matter physics at the contemporary level of knowledge and shapes the graduate in the selected specialization.

Phenomenology and Experimental High-Energy Physics Joint Master’s Program: High-energy physics is about pursuing the deepest truths of nature. From probing the mysteries of matter to analyzing data from the world’s most powerful particle accelerators, this field challenges you to think critically, creatively, and globally.

The focus of this field lies at the interface between physics, biology, and chemistry. The course builds on the basic physics education that deepens in the fields of theoretical and experimental physics important for the description and investigation of molecules, biopolymers, supramolecular systems, and biological objects. The graduate gains knowledge of quantum theory and statistical physics of molecules and molecular systems, experimental methods of biophysics and chemical physics, especially optical and other spectroscopic methods, structural analysis, and imaging techniques. Students choose one of two specializations: theoretical or experimental biophysics and chemical physics. In the theoretical specialization, they will gain deeper knowledge in the field of quantum chemistry, molecular dynamics, or advanced theoretical spectroscopy; in the experimental specialization, they will acquire knowledge in the field of biochemistry and molecular biology, biophysics of photosynthesis, or structural methods. Through regular seminars, diploma theses, and thematic lectures students get an idea of the current problems solved in individual fields and methods of scientific work. Thanks to a wide range of knowledge, graduates have the opportunity to apply in research and applied disciplines related to physics, biology, chemistry, medicine, material research, bio-, and nano-technologies or pharmacy.