space and time;
conservation laws;
classical relativity;
the Michelson-Morley experiment;
consequences of the Lorentz transformations;
relativistic mechanics;
photoelectric effect;
x-rays;
pair production;
wave nature of particles;
the Rutherford experiment;
the Bohr model I;
the Bohr model II;
the Schrodinger equation I;
the Schrodinger equation II;
some applications of the Schrodinger equation
different models of mechanics;
the Schrodinger theory of the hydrogen atom;
quantum numbers I: magnetic moments;
quantum numbers II: the Zeeman effect;
the wave functions of the hydrogen atom;
electron spin;
atomic and molecular spectra;
the exclusion principle;
the nucleus;
models of the nucleus;
the neutron;
nuclear reactions I;
nuclear reactions II;
radioactivity I;
radioactivity II;
fission and fusion;
particle detectors;
particle accelerators;
solid state I;
solid state II;
elementary particles;
interactions of elementary particles;
the family of elementary particles;
origin of the elements;
origin of the universe