European University Association

PHYSICS

1. Physical Education
2. English Language Course
3. Ethics
4. Economy
5. Algebra with Analytical Geometry
6. Mathematical Analysis
7. General Chemistry
8. Science Materials
9. Analytical Chemistry
10. General Biology
11. Environmental Protection
12. Environmental Protection- Field Training
13. General Physics: Mechanics
14. General Physics: Thermodynamics
15. General Physics: Electricity and Magnetism
16. General Physics: Optics
17. Introduction to Atomic Physics, Molecular Physics, Nuclear Physics, and Solid State Physics
18. Physics of the Atmosphere and Elements of Geophysics
19. Theory of Mechanics
20. Introduction to Quantum Mechanics
21. Electrodynamics
22. Statistical Methods of Measurement Elaboration
23. Physical Laboratory I
24. Introduction to IT
25. Programming and IT Technologies
26. Introduction to Electronics and Techniques of Electric Circuits
27. Laser Techniques
28. Spectral Methods of Atmosphere Analysis
29. Acoustics and Acoustic Methods of Environmental Monitoring
30. Heavy and Radioactive Element Detection
31. Physical Methods of Microanalysis of Land-Water Composition
32. Astrophysical Methods of Ecosphere Contamination Measurement
33. Medical Aspects of Environmental Contamination
34. Renewable Energy Sources
35. Environmental Managemen. Law and Finances
36. Diploma Seminar

1. Introduction to Condensed Phase Physics
2. Quantum Mechanics
3. Electrodynamics
4. Introduction to Nuclear Physics and Elementary Particle Physics
5. Introduction to Atomic and Molecular Physics
6. Statistical Physics
7. Mathematical Methods of Physics
8. Astrophysics with Elements of Cosmology
9. Workshops in the Methodology of Astronomy
10. The Methodology of Natural Science
11. Physical Laboratory II
12. The Methodology of Physics at Secondary School
13. Workshops in the Methodology of Physics
14. Monographic Lecture I
15. Monographic Lecture II
16. Pro-seminar
17. MSc Diploma Seminar
18. MSc Thesis Workshops
19. Teaching Practice

1. Introduction to Condensed Phase Physics
2. Quantum Mechanics
3. Electrodynamics
4. Introduction to Nuclear Physics and Elementary Particle Physics
5. Introduction to Atomic and Molecular Physics
6. Statistical Physics
7. Mathematical Methods of Physics
8. Astrophysics with Elements of Cosmology
9. The Methodology of Natural Science
10. Physical Laboratory II
11. The Methodology of Physics at Secondary School
12. Monographic Lecture I
13. Monographic Lecture II
14. Pro-seminar
15. MSc Diploma Seminar
16. MSc Thesis Workshops
17. Teaching Practice
18. IT Applications in Physics
19. Network
20. IT Methodology at Secondary School (grades 4-6)
21. IT Workshop
22. Workshop in the Methodology of Astronomy

1. The Philosophy of Natural Science
2. The Methodology of Physics
3. English Language Course
4. Physical Education
5. Mathematical Analysis
6. Algebra with Geometry
7. Elementary Mathematics
8. Mathematical Methods of Physics
9. Calculus of Probability and Mathematical Statistics
10. Mechanics
11. Electricity and Magnetism
12. Optics
13. Thermodynamics
14. Physical Laboratory I
15. Physical Laboratory II
16. Theoretical Mechanics
17. Quantum Mechanics
18. Electrodynamics
19. Statistical Physics
20. Statistical Physics and Condensed Phase Physics
21. Condensed Phase Physics
22. Atomic and Molecular Physics
23. Nuclear Physics and Elementary Particle Physics
24. Field Theory
25. Electronics
26. Electronics Workshop
27. Introduction to IT
28. IT Applications in Physics
29. IT Applications in Physics II
30. Astrophysics with Elements of Cosmology

1. Mathematical Analysis
2. Linear Algebra and Geometry
3. Arithmetic
4. Algebra
5. Elements of Calculus of Probability
6. The Methodology of Mathematics
7. Elementary Physics
8. Essentials of Physics
9. Physical Laboratory I
10. Electronics
11. Elements of Logic and Set Theory
12. Introduction to Practical Astronomy
13. Workshop in the Methodology of Physics
14. The Methodology of Physics
15. IT in Teaching Physics
16. Introduction to IT
17. Information Techniques
18. Psychology
19. Pedagogy
20. Introduction to the Philosophy of Nature
21. English Language Course
22. Seminar
23. Physical Education
24. Differential Equations
25. Mid-semester Practical Training: Mathematics
26. Mid-semester Practical Training: Physics
27. Classical Mechanics
28. Introduction to Quantum Mechanics
29. Optional Subjects

1. Mathematical Analysis
2. Algebra and Geometry
3. Elementary Physics
4. General Physics
5. Physical Laboratory I
6. Electronics
7. Introduction to Practical Astronomy
8. The Methodology of Physics and Astronomy
9. Workshops in the Methodology of Physics
10. IT in the Teaching of Physics
11. Pedagogy
12. Psychology
13. Introduction to the Philosophy of Nature
14. English Language Course
15. Introduction to Quantum Mechanics
16. Classical Mechanics
17. Seminar
18. Mid-semester practical training: Physical Education
19. Mid-semester practical training: Physics
20. Optional subjects
21. Introduction to IT
22. Information Techniques
23. Anatomy
24. Biology
25. Human physiology
26. Biochemistry
27. Anthropology
28. Biomechanics
29. History of Physical Education Culture
30. Physical Education Theory
31. Theory of Sport
32. Theory of Recreation and Tourism
33. Health Education and Environmental Protection
34. Sports Medicine
35. The Methodology of Physical Education
36. Swimming with Methodology
37. Athletics with Methodology
38. Basket-ball with Methodology
39. Volley-ball with Methodology
40. Handball with Methodology
41. Football-men
    Artistic gymnastics-women
42. Music, rhythm and dance
43. Game and Sporting Activities
44. Corrective Exercises with Elements of Rehabilitation
45. Gymnastics with Methodology

1. Bethe ansatz for Finite Magnetic Fields:
   2. Combinatorics of Magnetic Configurations
   3. Dynamics of the System of Bethe Pseudoparticles
   4. Yang-Baxter Conditions
   5. The Hypothesis of Strings
   6. Rigged Configurations, Monodromy Matrix, and Kerov-Kirillov-Reshetikin Bijection in terms of Placic Monoid
2. Actions of Groups on Sets in Condensed Matter Physics:
   7. Group actions -an orbit, a stabilizer, a stratum, an epikernel
   8. Applications- crystallography, phase transitions, crystal fields, classification of normal models
3. Principles and Applications of Physical Kinetics
4. Optical Information Processing
5. Introduction to Solid State Physics
6. Quantum Semiconductors
7. Electron Transport in Mesoscopic Structures
8. Quantum Devices
9. Advanced Photonics
10. Field Theory