Acquisition of basic concepts needed to describe time-dependent molecular processes.
Understanding of processes relatedto the light-matter interaction at the linear order.
Basic principles of linera optical spectroscopy (electronic and vibrational).
Basic principles of magnetic spectroscopy (mainly NMR).
-classical and quantistic description
-matter-radiation interaction Hamiltonian
Time-dependent perturbation theory (linear)
-absorbance and emission of radiation
-electric dipole approximation
-absorbance, spontaneous and stimulate emission
Linear respose theory
-response function and susceptibility
-steady-state and time-resolved experiments
-active and passive processes, Kramers-Krönig relations
-complex dielectric constant
-relaxation and bandshapes