1. Interatomic forces.
2. Vibrations of lattice and models for evaluation of specific heat of metals.
3. Binding in solids.
4. Symmetry of crystals and its effect on material parameters in solids.
5. Theoretical basics of wave processes description.
6. Basics of quantum mechanics with applications in solid phase physics.
7. Basics of statistical physics.
8. Dielectric properties of solids - polarisation types, dielectrics in a variable electric field.
9. Physical properties of liquid crystals.
10. Ferroelectric solids, piezoelectric and pyroelectric effects.
11. Magnetic properties of materials.
12. Electric properties of metals.
13. Electric properties of semiconductors.
14. Transport phenomena during the contact of materials.
2. Vibrations of lattice and models for evaluation of specific heat of metals.
3. Binding in solids.
4. Symmetry of crystals and its effect on material parameters in solids.
5. Theoretical basics of wave processes description.
6. Basics of quantum mechanics with applications in solid phase physics.
7. Basics of statistical physics.
8. Dielectric properties of solids - polarisation types, dielectrics in a variable electric field.
9. Physical properties of liquid crystals.
10. Ferroelectric solids, piezoelectric and pyroelectric effects.
11. Magnetic properties of materials.
12. Electric properties of metals.
13. Electric properties of semiconductors.
14. Transport phenomena during the contact of materials.