Mathematical disciplines
General physical disciplines
Special physical disciplines
Disciplines for mechanico-mathematical and philosophical faculties

Mathematical disciplines:

• Vector and Tensor Analysis
  • for the speciality "Physics"
• Linear Algebra
  • for the speciality "Applied Physics"
• Methods of Mathematical Physics
  • for the speciality "Physics",    "Applied Physics"

General physical disciplines:

• Theoretical Mechanics
  • for the speciality "Physics",    "Applied Physics"
• Electrodynamics
  • for the speciality "Physics",    "Applied Physics"
• Quantum Mechanics
  • for the speciality "Physics",    "Applied Physics"
• Thermodynamics and Statistical Physics
  • for the speciality "Physics",    "Applied Physics"

Special physical disciplines:

Introduction to the specialization (I. O. Vakarchuk , V. M. Myhal)
Symmetry in the theory of molecules and lattices (O. M. Popel)
Supersymmetry in quantum mechanics (V. M. Tkachuk)
Functional methods of quantum theory (L. F. Blazhyevskyi)
Weakly-relativistic statistical mechanics (L. F. Blazhyevskyi)
Quantum statictical physics (I. V. Stasyuk)
Density functional method in the theory of condensed systems (V. M. Myhal)
Quantum field theory (C. C. Pikh)
Fundamental problems of quantum mechanics (V. M. Tkachuk)
Theory of relativity and cosmology (L. F. Blazhyevskyi)

Disciplines for mechanico-mathematical and philosophical faculties:

• Problems of the contemporary natural science
  (for philosophical faculty)
• Selected sections of the contemporary natural science
  (for mechanico-mathematical faculty)
• Theoretical physics
  (for mechanico-mathematical faculty, speciality "mechanics")
• Theoretical physics
  (for mechanico-mathematical faculty, speciality "mathematical statistics")