The mechanics of many particle systems and rigid body, decision point, laws of conservation (linear momentum, angular momentum, mechanical energy). Combined movement, inertial and non-inertial reference frame, special theory of relativity, and general Newton's laws of mechanics. Gravitational field of many point charges and charged body in differential and integral form. The electrostatic field of many particle systems and rigid body. Electrodynamics (magnetic) field of many point charges and charged body in integral and differential form. Electromagnetic field - Maxwell equations in integral and differential form (theory of alternate electric currents and circuits).  Mechanic and electromagnetic vibrations and waves, harmonic and space limited waves - phase and group velocity. Practise using of geometric and wave optics laws. Interaction of electromagnetic waves with matter. Quantum physics - particle properties of electromagnetic field. Wave properties of particles. Basics of quantum physics and dynamics of particles.