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Physics 1.1 (Mechanics. Molecular physics and thermodynamics) Lecture - 40 hours. Practical - 16 hours. Laboratory - 24 hours. The content of the course Kinematics. Dynamics. Momentum, angular momentum, energy, work, power. The equations of motion. Conservation laws. Special theory of relativity. Molecular physics. Thermodynamics. Kinetics. Physics 2.1 (Electricity and magnetism) Lecture - 32 hours. Practical - 32 hours. Laboratory - 16 hours. The content of course The electric field in a vacuum. The electric field strength, the potential, Conductors and dielectrics in the electric field. The magnetic field of the current. The law of the total current. The Ampere force. Electromagnetic induction. The magnetic field in the material. Oscillations and waves. Electromagnetic waves. Physics 3.1 (Optics. Quantum physics. Atomic and nuclear physics) Lecture - 32 hours. Practical - 32 hours. Laboratory - 16 hours. The content of course Wave optics. Interference, diffraction, dispersion, polarization. Radiation. Quantum mechanics. The photoelectric effect, the Compton effect. Schrödinger equation. The structure of the atomic nucleus. Nuclear reactions. Elementary particles. Fundamental interactions. Physics of Solid State Lecture - 32 hours, Practical - 32 hours The symmetry crystals. Point groups. Diffraction methods. Adiabatic approximation. Hartree Fock method. Band structure. Density of states. Defects.
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