1. History of solid-state physics 2. Periodic crystal structure, primitive cell, symmetry operations, Bravais lattices. 3. X-Ray difraction in periodic structures, experimental methods of difraction, reciprocal space, Brillouin zone and periodic boundary conditions. 4. Surfaces of solids, surface energy, crystal growth 5. Semiconductors, band structure, excitation of charge carriers, solar cell 6. Quantum theory in solid state, Sommerfeld model of free electrons, conductivity of metals, Fermi-Dirac partition function. 7. Bloch theorem, electron bands, Brillouin zones 7. Quantum theory in solid state, band structure, semiconductors and isulating materials. 8. Harmonic vibrations of crystal lattice, phonons, electrical and heat conductivity, thermal expansion. 9. Beyond Bloch picture, quasiparticles, Mott insulators, electron-phonon interaction 10. Optical properties of solids, spectroscopic methods, plasmons 11. Response to external forces and fields, dielectric tensor, stress and strain tensors, elastic constants. 12. Nanocrystals, two-dimensional materials, quantum dots.
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