Specifically, the hadronic phase transitions in finite temperature quantum chromodynamics and spin systems on lattice are studied both by computer simulations and by meanfield techniques. The Department is also equipped with a computer laboratory which consists 30 PCs. In addition, students and staff utilise well equipped mechanical and electronics laboratories in the course of their research. In order to train students in applied physics much emphasis is put on laboratory courses along with fundamental and theoretical courses. The goal of the curriculum is to educate students who will adapt scientific knowledge to technology in a short time.
Assessment is by a combination of practical work, course work and examinations.
Careers Graduates of the Department are able to find positions in private and state corporations which utilise advance technologies. The Department offers courses leading to M.Sc. and Ph.D. degrees in applied physics and theoretical physics to those whose undergraduate education is related to physics or engineering.