-1st The addition of selected parts of Undergraduate Physics by using higher
mathematics (applications of Newtonian equations of motion, pendulums, power
in inertial and non-inertial systems, folding oscillations and waves, the wave
equation).
2nd Gravitational field. Gravity and gravity fields, characteristics, movements
in the gravity field of the Earth.
3rd Solenoid. field. Electric and magnetic fields in material environment. Solenoid. waves,
Maxwell's equations, electromagnetic. radiation.
4th Basic knowledge of special relativity.
5th Fundamentals of quantum physics. Particle characteristics of waves, wave properties
particles, quantum mechanics.
6th Atomic Physics. Electron shell of an atom, the quantum model building
víceelektronových atoms. Nucleus, binding energy, radioactivity,
nuclear reaction.
7th Selected topics in modern physics. Quantum generators, lasers, optical
communication systems, spectroscopy, theory of solids,
nanostructures, diagnostic methods.
mathematics (applications of Newtonian equations of motion, pendulums, power
in inertial and non-inertial systems, folding oscillations and waves, the wave
equation).
2nd Gravitational field. Gravity and gravity fields, characteristics, movements
in the gravity field of the Earth.
3rd Solenoid. field. Electric and magnetic fields in material environment. Solenoid. waves,
Maxwell's equations, electromagnetic. radiation.
4th Basic knowledge of special relativity.
5th Fundamentals of quantum physics. Particle characteristics of waves, wave properties
particles, quantum mechanics.
6th Atomic Physics. Electron shell of an atom, the quantum model building
víceelektronových atoms. Nucleus, binding energy, radioactivity,
nuclear reaction.
7th Selected topics in modern physics. Quantum generators, lasers, optical
communication systems, spectroscopy, theory of solids,
nanostructures, diagnostic methods.