Bachelor:

• - Physics (Phys 1205)
• - Physics (Fiz 2203)
• - Physics (Fiz 1(2)202)

• - Physic of condensed state
• - Physics 2 (Fiz(II) 2206)
• - Physics I (Phys 2201)
• - Bosonic string theory

• - Nuclear physics (YaF 3304)
• - Physics (Phys 1104)
• -
• -

• - Fundamentals of the modified theory of gravity (FMTG 4307)
• - Guantum electrodynamics (GE 4309)

• - Physics (Phys 1204)
• - Elements of modified gravity theory (ETMG 3219)
• - Basics of group theory in physics (BGTP 4310)
• - Basic of Lagrangian structures in field theories (BLSFT 3226)
• - Optics (Opt 2212)
• - Basics of condensed matter physics (SSP 3306)
• - Practicum of the methods of mathematical physics (PMMF 2221)

• - Mathematical apparatus of groups theory (MAGT 4309)
• - Relativistic astrophysics (RAP 4310)
• - Basic of theoretical astrophysics (BTAF 4309)
• - Workshop on molecular physics (PMF 1308)
• - Relativistic astrophysics (RAP 3310)
• - Classical gauge fields (CGF 4307)
• - Quantum electrodinamics (QED 4308)
• - Modern problems of statistical mechanics (MPSM 4221)
• - Physical kinetics (PK 4221)
• - Statistical physics (SP 4220)
• - Basic of theoretical astrophysics (BTAF 3309)
• - Mathematical apparatus of groups theory (MAGT 3311)
• - Basics of group theory in physics (BGTP 3312)
• - Variational methods in the field theory (VMFT 3227)
• - Electrodinamics practicum (EleP 3303)
• - Physics of chaos (HP 2301)

• - Physics (Phys1204)
• - General theory of relativity (GTR 4313)
• - Quantum mechanics (QM 3302)
• - Electrodynamics (Ele 3301)
• - Theory of strong interactions (TSIA 4318)
• - Variational methods in field theory (VMFT 3321)

• - Theoretical mechanics (TM 2206)
• - Quantum mechanics (QM3207)
• - Theoretical Astrophysics (TA 3221)
• - Physics II (Phys (II)1205)
• - Fundamentals of quantum field theory (FQFT 4207)
• - Basics of group theory (BGT 4302)
• - Molecular physics (MPh 1205)
• - Physics II (Fiz (II) 2202.)
• - Classic gauge fields (CGF 3222)
• - Quantum chromodynamics (QCh 4304)
• - Variational methods in field theory (VMFT 3320)

• - Physics I (Phys (I)1205)
• - Quantum electrodynamics (QE 4208)
• - Basics of statistical mechanics (BSM 4220)

• - Physics 2 (Phy(2) 1207)
• - Condensed matter physics (CMP 4311)
• - Introduction to string theory (IST 4301)
• - Variational methods in field theory (VMFT 3228)
• - Physics (Phys 3217)
• - Quantum electrodynamics (QED 4309)

• - Principles of quantum field theory (PQFTh4316)
• - Molecular physics and thermodynamics (Mpth 1201)
• - Programming
• - Electrodynamics (ElD 3301)
• - Mechanics (Meh 1204)
• - Physics (Phys 2205)
• - Basics of vector and tensor analysis (BVTA 2210)
• - Classic gauge fields (CGF 3233)
• - Basics of electrotechnics (BET 3227)
• - Methods of Mathematical Physics (MMP 2216)
• - Cosmology (Cosm 4316.)

• - Pedagogy (Ped 2206)
• - Mathematical analysis I
• - General theory of relativity (GTR 3218)
• - Physics (Fiz 1202)
• - Astronomy (Ast 3221)
• - Atomic physics (AF 3220)
• - Physics (Phiz 2204)
• - Physics (Phys 2207.)
• - Celestial mechanics (CM 3222)
• - Astrophysics (TAP 3232)
• - Geometric methods in physics

• - Quantum mechanics (KM 3207)
• - Mathematical analysis II
• - Nuclear physics (NucP 3229)
• - Bosonic string theory (BSTT 4311)
• - Classical mechanics
• - Perturbation theory (PTT 4318)
• - Yang-Mills theory (YMT 4318)
• - Group theory (GrupT 4313)
• - Quantum mechanics (QM 3303)
• - Practicum on Electricity and magnetism
• - Practicum on Optics
• - Classical mechanics

• - Practicum on solving problems of mechanics
• - Basics of quantum field theory
• - Physics (Fiz 1202)
• - Theoretical mechanics (TM 2214)
• - Optics
• - Condensed matter physics (CMP 4307)
• - Molecular physics
• - Electricity and magnetism
• - Classical theory of gauge fields
• - Methods of mathematical physics (MMF 3231)
• - Physics
• - Physics
• - Fundamentals of Scientific Research
• - Mechanics
• - Mechanics
• - Physics 2
• - Physics 2
• - Physics 2

• - Physics (Fiz 2202)
• - Electricity and Magnetism (EM 2205)
• - Electricity and magnetism
• - Thermodynamics and statistical physics (TSF 4209)
• - Basics of group theory (BGT 4312)
• - Computer modeling of physical processes (CMPP 2209)
• - Integrable discrete systems (IDCS 4315)
• - Fundamentals of Electronics (OE 2212)
• - Introduction to Quantum Computing
• - Fundamentals of statistical mechanics
• - Physics 1
• - Physics 1
• - Physics 1
• - Theoretical mechanics
• - Optics
• - Analytical geometry and linear algebra

Master (scientific-pedagogical):

• - Additional chapters of the theory of the electroweak interaction
• - Additional chapters of quantum field theory (ATQFT 6208)
• - The modified theory of gravity
• - Quantum Gravity
• - Special Topics in General Relativity
• - Moderm problems of Electroweak Theory

• - Special Topics of Theoretical Physics
• - Generalized theory of relativity (GTR 6221)
• - Fermion theory of dark energy
• - Additional chapters of quantum field theory (STQFT 5304)
• - The modified theory of gravity (MTG 5308)

• - Information technology in teaching physics (ITTP 6328)
• - Scalar theory of dark energy (STDE 6322)
• - Large-scale structure of Universe (LSSU 6329)

• - Superstring theory (STh 5307)

• - Theory of closed superstrings (ThCSS 6311)

• - Modified theories of gravity (MTV 5203)
• - Basic principles of modern physics (OPSF 5301)
• - Theory of gauge fields (Tkp 5301)
• - Introduction to string theory (BTC 5201)
• - Quantum field theory (QFTh 5306)

• - Bosonic string theory (ThBS 5302)
• - Supersymmetric Yang-Mills theory (SYMTh 5303)
• - Analytic and algebraic solutions of the WDVV equations (WDVVE 6210)
• - Basic chapters of the Yang-Baxter equation and quantum groups (BCYaBEQG 6306)

• - Quantum chromodynamics (QCHD 5309)

• - Quantum chromodynamics (QCD 5206)

• - Relativistic astrophysics (RAPy 5310)
• - Evolutionary equations in mathematical physics (EEMP 5206)
• - Quantum field theory methods in statistical physics (QFTMSP 5205)
• - Continuum electrodynamics (CE 5204)

• - History and Philosophy of Science
• - Quantum field theory (QFT 5302)
• - Theory of fermion strings (ThFS 5201)
• - Modified theories of gravity (MThOG 5202)
• - Physics of nonlinear wave processes (PhNWP 5203)
• - Method coordinate Bethe ansatz (MCBA 5308)
• - Quantum gravity (QG 6315)
• - Feynman diagram (FDI 5311)
• - Quantum information technologies in physics

• - Simulation of physical processes
• - Energy transformation in dosimetric and scintillation materials

• - Quantum information technologies in physics

• - Theory of hydrodynamic systems (ThHS 6313)
• - Classical Yang-Baxter equation (CYBE 6314)
• - Theory of Symmetries (TOS 6312)
• - Higher School Pedagogy
• - Management psychology

Doctor PhD:

• - Additional chapters of quantum field theory (ATQFT 7303)
• - Group Theory in Nonlinear Physics
• - Modern methods of quantum field theory
• - Nonlinear model continuum physics
• - Elements of quantum chromodynamics
• - The theory of non-Abelian gauge
• - Continuum Mechanics (MSS8321)

• - Additional chapters of the classical theory of gauge fields (ACCTGF 7203)

• - Course of foreign consultants (CFC8212)
• - Non-Abelian gauge theory (NAGT8308)

• - Additional chapters of theory of open superstrings (MPThG8323)
• - Physics and technology Electricity saving and renewable energy (FTEVE7201)
• - Modern methods of quantum field theory (MMQFT7210)
• - Solitons in cosmology (SCM8319)

• - Additional chapters of the theory of integrable nonlinear systems (DTiIS 7207)
• - Discrete equations and methods of its solutions (DUMR 7222)
• - Modern methods of quantum field theory (MMQFT7204)

• - Quantum groups and Yang-Baxter equations (AChYaBE7305)

• - Symmetry methods in the theory of gravity (SMTG7202)

• - Inflationary theory of the universe (ITU7305)
• - Nonlinear mathematical physics (NMP7301)

• - Symmetry methods in the theory of gravity (SMTG7303)

• - Academic writing

• - Science research methods
• - Academic writing
• - Science research methods

Specialist's degree:

• - Mechanics