State of the system (function of degeneration, entropy); Two systems in contact (temperature, chemical potential, pressure); Fundamentals of thermodynamics (thermodynamic identity, irreversible processes); Fundamentals of statistical physics (Boltzmann- and Gibbs factor); Atomic gas (Bose-Einstein distribution, Boltzmann distribution, ideal gas, fundamentals of kinetic theory of gases, non-ideal gas); Fermi gas (Fermi-Dirac distribution, thermodynamic quantities describing Fermi gas); Solid matter (Einstein model, Debye model, thermal dilatation, black body radiation); Interface between solid and liquid phase (Kelvin equation, contact angle)