The Master's program in Theoretical Physics and Mathematical Physics offers only Track 2, under which completing a graduation thesis is compulsory.
Research topics are assigned specifically by the supervisors.
The research topics are divided into four areas:
1. Field Theory - Elementary Particles
a. Computing decay processes and the weak electromagnetic and strong interactions of elementary particles using field theory at higher perturbative orders, together with other phenomenology related to these interaction processes.
b. Investigating phenomenology in unified interaction models such as the Higgs, neutrinos, matter-antimatter asymmetry, etc.
c. Investigating cosmological phenomena using elementary-particle models in the early universe.
2. Condensed Matter Physics
a. Investigating quantum properties in low-dimensional systems.
b. Radiation phenomena and electromagnetic interactions in solids.
c. Studying properties and phenomenology in solids, semiconductors, etc. using quantum mechanics as well as new models and hypotheses.
3. Cosmology
a. Investigating the accelerating expansion of the universe.
b. Investigating cosmic inflation.
c. Investigating phenomenological problems of the early universe combined with elementary particles.
4. Biophysics
a. Using simulation processes to compute proteins.
b. Investigating drugs for diseases using physical simulation methods.