about the programme
The study programme focuses on modern mathematical physics and applied mathematics. Students deepen their knowledge in quantum mechanics, statistical physics, field theory, and differential geometry. They learn to apply these advanced disciplines both in theoretical research and in the modelling of real physical phenomena. The programme is ideal for motivated students with an interest in an academic career.
Programme content
Students will attend core courses focused on:
- quantum physics, optics, and field theory,
- quantum programming,
- algebraic topology.
career prospects
Graduates find employment in science, research, and technical fields. Thanks to their analytical thinking, ability to model complex phenomena, and proficiency in computational technology, they are well prepared for careers not only in academic institutions, but also in industrial research, data analytics, banking, or IT.
state final exam
Compulsory subjects
Quantum Physics
Advanced Geometric Methods in Physics
Optional subjects
Quantum Field Theory
Lie Algebras, Lie Groups and Their Applications
Statistical Physics