Master Studies – THEORETICAL AND EXPERIMENTAL PHYSICS

Table 5.1. Teaching Curriculum

No.	Course code	Course title	Semester	Type	Course status	Number of classes				Other classes	ESPB
						L	E	SIR	T
FIRST YEAR
1.	FIZ5B01	Research Study Work	1 i 2	NS	IZ			20	20		20
2.		Optional Course 1	1	NS	IZ	6	4		10		10
3.		Optional Course 2	1	NS	IZ	6	4		10		10
4.		Graduate Work	2	NS	IZ					20	20
Total									40
Total ESPB											60
Number of classes (per week): L = lecture; E = exercises; SIR = research; T= total of classes per week Type of the course: AO = general education; TM = theoretical and methodological; NS = scientific; SA = professional. Course status: O = required; IZ = optional.

Optional Courses:

No.	Course code	Course title	Semester	Number of classes			ESPB
				L	E	T
1.	FIZ5B02	Diferential Geometry in Physics	1	6	4	10	10
2.	FIZ5B03	Selected Chapters of Nanophysics	1	6	4	10	10
3.	FIZ5B04	Scattering Theory	1	6	4	10	10
1.	FIZ5B05	Quantum Theory of Fields 2	1	6	4	10	10
2.	FIZ5B06	General Theory of Relativity	1	6	4	10	10
3.	FIZ5B07	Advanced Course of High Energy Physics	1	6	4	10	10
4.	FIZ5B08	Advanced Course of Physics of Particles	1	6	4	10	10
5.	FIZ5B09	Physics of Atomic Collision Processes	1	6	4	10	10
6.	FIZ5B10	Interaction of Particles with Surfaces	1	6	4	10	10
7.	FIZ5B11	Basic of Plasma Diagnostics	1	6	4	10	10
8.	FIZ5B12	Basic of Fusion Plasma Physics	1	6	4	10	10
9.	FIZ5B13	Special Chapters of Quantum Optics	1	6	4	10	10
10.	FIZ5B14	Basics of Experimental Methods of Physics of Ionized Gases	1	6	4	10	10
11.	FIZ5B15	Physics of Phase Transitions	1	6	4	10	10
12.	FIZ5B16	Physics of Superconductivity	1	6	4	10	10
13.	FIZ5B17	Physics of Magnetism	1	6	4	10	10
14.	FIZ5B18	General Biophysics	1	6	4	10	10
15.	FIZ5B19	Methods of Quantum Theory of Fields in Condensed Matter Physics	1	6	4	10	10
16.	FIZ5B20	Spectroscopy of Solids	1	6	4	10	10
17.	FIZ5B21	Polymer Physics	1	6	4	10	10
18.	FIZ5B22	Physics of Dielectrics	1	6	4	10	10
19.	FIZ5B23	Physics of Crystal Growth	1	6	4	10	10
20.		Graduate Work	2				20