I. FIELD OF THEORETICAL PHYSICS

103. Elementary Particles

104. Introduction to Field Theory

105. Cosmology

106. Gravity and General Theory of Relativity

108. Differential Geometry

109. Computational Methods in Physics

110. Quantum Theory of Information

111. Plasma Physics

112. Mathematics for Physicists

113. Mathematics and Physics by Computers

114. Classical Electrodynamics II

II. FIELD OF EXPERIMENTAL AND APPLIED PHYSICS

201. Atomic Physics and Lasers

202. Molecular Physics

203. Introduction to Nuclear Physics

204. Nuclear Physics and Technology

205. Solid State Physics II

209. Laboratory Courses in Modern Physics

211. Materials Science

212. Structural and Chemical Characterization of Materials

215. Physical Chemistry

218. Polymer Solids

219. Medical Physics – Radiophysics

220. Biophysics

III. FIELD OF DIDACTICS IN PHYSICS

301. History and Philosophy of Physical Sciences

304. Didactics of Physical Sciences

305. Conceptual Physics and Teaching Experience in Physics

306. Introduction to Pedagogics

307. Didactic Methodology

308. New Technologies in the Teaching of Physical Sciences

309. Educational Phychology

310. Educational Sociology

IV. FIELD OF ENVIRONMENTAL, ATMOSPHERIC AND SPACE PHYSICS

401. General Meteorology

402. Physics of the Atmosphere

403. Dynamic Meteorology

404. Fluid Mechanics

405. Environmental Physics

406. Physical Climatology

408. Introduction to Astrophysics

409. Space Weather

410. Galaxies and Cosmology

411. Observational Astrophysics

413. Solar Physics

V. FIELD OF NEW TECHNOLOGIES

502. Digital Electronics

504. Introduction to Telecommunications

506. Object-Oriented Programming Languages (C++)

508. Magnetism and Magnetic Materials

509. Computer Measuruments and Automatics

510. Modern Programmable Electronics

COURSES WHICH BELONG TO ALL FIELDS OF STUDIES

701. Diploma Thesis

702. Work Placement

703. English