Provide students with basic knowledge about physics.

Acquired knowledge will be used for understanding the physical processes underlying the operation of computers and other technical equipment.

Kinematics and dynamics of translational and rotational movement. Force. Newton’s laws and laws of conservation. Field of gravity. Special theory of relativity. Fundamentals of electrostatics. Electric field and potential. Conductors and dielectric in an electric field. Electricity. DC, resistance. Modern theory of conductivity. Semiconductors. Electromagnetism. The magnetic field of electricity. Electromagnetic induction. Magnetic field energy. AC. Magnetic field in the material. Diamagnetism, paramagnetism, ferromagnetism. Wave movement, mechanical and electromagnetic waves. Wave and geometrical optics. Fundamentals of quantum physics. Heat radiation. Black body and Planck law. Photoeffect. Bohr’s atom model.

Lectures, laboratory practice, computation practice, consultations. In lecture classes the theoretical part is presented with suitable examples to illustrate the application of theory and task solving. Laboratory practice covers experiments in the fields covered by the curriculum. Computation practice is given to characteristic tasks, and deepening of knowledge presented during the lectures. In addition to this there are regular consultations. Parts of the subject matter which presents a logical whole can be taken in the form of partial exams or colloquia. The final examination consists of written and oral part with the written part being eliminating.