Physics Degrees Abroad

The University of Ferrara, founded in 1391, is one of Italy’s oldest institutions, with a long-standing tradition in education and research. In recent decades, the University of Ferrara has continued to evolve, establishing new faculties and expanding its academic offerings to include Bachelor’s and Master’s degree programs. The University of Ferrara carries out its research activity through thirteen Departments located in prestigious historical buildings across the city. The Department of Physics and Earth Sciences and the Department of Engineering are particularly successful at the European and international levels, accounting for about half the projects realized from 2014 to the present.

The Ph.D. program is a 4-year degree (sometimes extended to 5) in which students master a subfield of physics. Doctoral students perform research at the highest level, advancing the state of the art in their subfields. Upon successful completion, our Ph.D. students take their place among the nation’s scientific leaders, in both academia and industry.

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 Department at the University of Pittsburgh at Johnstown offers both a bachelor of science in natural sciences with a concentration in physics and a minor in physics. Students who wish to relocate to the Pittsburgh-Oakland campus to earn a BS in physics may complete their introductory, elective, and laboratory courses in physics on the Johnstown campus.

From subatomic particles to the universe, physics explains natural phenomena and underpins other sciences. Curious about how the world works? Physics holds the answers. Whether discovering black holes, inventing new tech, or teaching, this field lets you make an impact.

Untangle mysteries, large and small. The most fundamental of the sciences, physics uses basic principles to explain the remarkable complexity observed in natural phenomena.

In this specialist route available in our BSc (Honours) Natural Sciences (Q64), you’ll develop the knowledge and skills you need to explore the smallest and largest scales of the Universe. You’ll be able to objectively and quantitatively describe, analyse, test and explain phenomena in the physical world, using appropriate mathematical tools and experimental methods.

An emphasis on Natural Sciences provides the student with an understanding of living and non-living systems and promotes an appreciation of the methodologies and tools of science. Students may select courses that focus on a specific major and then select complementary courses to strengthen their selected focus or they may select courses that strengthen and broaden their overall understanding of the Natural Sciences.

Physics is essential to understanding our modern technological society and is the foundation for all the natural sciences. The problem-solving skills learned in physics can be applied everywhere on scales from subatomic particles to the entire universe. Graduates will gain real-world research experience within their courses and have additional opportunities to work on research with a faculty member serving as a mentor.

The pre-med program in physics fulfills the admission requirements for medical, dental, or veterinary school while providing in-depth training in the physical sciences. Premedical physics students build a strong foundation in mathematics, biology, and chemistry, and take specialized courses in modern physics, biochemistry, physical mechanics, and quantum mechanics.

The study program in BSc in Physics for the full-time training offers a complete education in physics, with special directions particularly in IT in physics and Applied physics (with a strong emphasis on laser physics). The curriculum is organized in modules covering the Introductory courses in nature sciences (24 credits) and Common courses (52 credits) for all physics students (basic courses in mathematics, physics and informatics).

Physics involves the study of natural phenomena observed in our world, from the subatomic scale to the vastness of the entire universe. Whether you want to explore the mysteries of antimatter, aid in the development of laser technologies, or discover new energy sources, a physics degree from Florida Tech gives you the knowledge and hands-on experience you need for a physics career.

Physics has shaped our view of the universe and the world around us by exploring the basic concepts of space, time, and matter. Physics not only lays the foundation for all other natural sciences and many engineering disciplines but is also a fundamental part of modern technology. At the same time, simulations and experiments in many areas of research and especially in physics generate vast amounts of data. To fully use this data and extract meaningful insights, advanced methods of data science including machine learning are essential. These tools have countless further applications in almost all aspects of daily life.

The PhD in Physics programme is hosted by the Division of Physics and Applied Physics at the School of Physical and Mathematical Sciences. PhD students take advanced courses and perform research under the supervision of a faculty member. The programme culminates in writing a scientific thesis and defending it before a panel of experts.

Physics is a fundamental science, which aims to discover the laws underlying natural phenomena that manifest themselves on all scales of length and time, from the cosmos to elementary particles. Characteristic of physics is the method of investigation based on a dialectical relationship between theory and experiment. In addition to preparing for scientific research - in universities or research institutions - the study of physics provides solid theoretical and experimental foundations, combined with analysis, modeling, and problem-solving skills.

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 International MSc Programme in Physics, delivered entirely in English, is designed to provide students with a thorough and flexible training in the field of physical sciences and its technological applications, in an exciting and international research environment. It is also aimed to provide a solid cultural background in the various fields of modern physics, covering both theoretical and experimental aspects. Students may specialize in a particular sub-field, such as Nuclear and particle astrophysics, Atomic and molecular physics, Physics of complex systems, Environmental physics, and Aerospace physics, thus taking the right road to become leader in their field of interest.

The Doctoral School of PhD in Physics covers the fields that are the subjects of research in the Institute of Physics; namely, laser physics, including THz and X-ray laser research, nonlinear optics, generation of ultrashort laser pulses, laser-based acceleration of particles, quantum informatics, theoretical atomic and molecular physics. World-leading research on high-energy THz pulses and their applications has a strong tradition at the Institute. There is a close collaboration between the doctoral school and three institutes of the Hungarian Academy of Sciences: both the Institute for Solid State Physics and the Institute for Particle and Nuclear Physics of the Wigner Research Center, and the Institute for Technical Physics and Material Science, further the Extreme Light Infrastructure (ELI-ALPS) institute in Szeged, as well as several international scientific collaborators and local industrial partners. Students will be able to synthesize theoretical and empirical studies, conduct their own research, and present them both orally and in written form.