Second cycle studies
Second-cycle students participate in research conducted by research groups at the Faculty of Physics. Graduates of these programmes possess,compared to the bachelor's degree, advanced knowledge of physics, mathematics, and their applications, , and the ability to identify andindependently solve theoretical and practical problems within their field of specialization. They are able to independently analyze and solvecomplex problems in various fields. They possess the ability to work in a research team, are prepared for popularization work, and, upon meetingadditional requirements, for work in the educational sector.
In the academic year 2026/2027, the following programmes of full-time studies will be available (for more details of the programmes see directory website - in a language depending on the language of studies):
The aim of the Master’s Degree in Physics programme is to provide a deeper knowledge of physics and a specialization in a chosen subfield of physics, developing the relevant concepts and theoretical and experimental methods. Following the initial semester, students choose one from the following specializations:
- Methods of Physics in Economics (Econophysics)
- Nuclear Physics
- Nuclear Methods of Solid State Physics
- Nuclear Reactor Physics
- Photonics
- Physics of Condensed Matter and Semiconductor Nanostructures
- Physics Teaching and Popularization
- Medical Physics
- Neuroinformatics
(conducted fully in English), with following specializations:
- Computer Modeling of Physical Phenomena
- Geophysics
- Optics
- Particle Physics
- Physics of Condensed Matter and Semiconductor Nanostructures
- Theoretical Physics
The second-cycle Astronomy programme offers a comprehensive education in the observational and theoretical research methods of astronomy and provides insight into the current state of knowledge in this discipline. The programme provides fundamental education and encompasses the knowledge necessary to describe and understand the physical mechanisms underlying phenomena as well as the structure and evolution of astronomical objects. The educational goal is also to familiarize students with mathematical modeling methods and statistical verification of these models, which may also have broader applications, and, more broadly, to develop graduates' competencies in mathematics and natural sciences.
A programme taught in English, where students will gain proficiency in quantum physics and chemistry, which will provide them with universal competences. Education in this field will be implemented to a large extent through participation in scientific research, self-education and tutoring.
Nanoengineering
Master's studies in the field of Nanoengineering at the Faculty of Physics of the University of Warsaw respond to the challenges facing 21st-century technology in the field of research and the use of new materials. Graduates gain specialist knowledge in condensed matter physics, micro-optics and photonics, and more importantly, understand the quantum phenomena behind the operation of nanodevices. Quantum technologies are not only a scientific challenge, but also an engineering one. The studies last 3 semesters, recruitment takes place for the summer semester. We invite graduates with the title of engineer (who graduated from engineering studies at the University of Warsaw or other universities) to the 2nd degree Nanoengineering.
Applications of Physics in Biology and Medicine discontinued programme
Physics and astronomy can also be studied as part of Interdisciplinary Individual Studies conducted by the College of Inter-Faculty Individual Studies in Mathematics and Natural Sciences at the University of Warsaw.
The Faculty of Physics also participates in other interesting programmes of the second cycle studies: