MRPWS 2019 consists of lectures (30 h) and problem sessions (8 h), all provided and lead by the organisers. Exercises take place after dinner time, during which problems are distributed but any aspect in concern with the lectures can be discussed in an informal atmosphere. Lectures are presented with aid of a projector.

• Basics = Course introduction and some fundamentals [PDF]
• Exact Response = Response theory for exact states [PDF]
• Electrodynamics = Electromagnetism and electrodynamics [PDF]
• Macroscopic Maxwell's equations [PDF]
• Electronic & Nuclear = Electronic and nuclear contributions to molecular properties [PDF]
• Approx. Response = Response theory for approximate states [PDF]
• Multipole moments = Charge density expansions [PDF]
• Magnetizability [PDF]
• Polarizabilities [PDF]
• UV/vis = Ultra-violet and visible absorption spectroscopies [PDF]
• Multiphoton Interactions [PDF]
• EPR = Electron Spin Resonance [PDF]
• NMR = Nuclear Magnetic Resonance [PDF]
• Vibrational Spect. = Vibrational spectroscopies such as IR and Raman [PDF]
• Birefringences = Optical rotation and circular dichroism [PDF]
• X-ray = X-ray absorption spectroscopies [PDF]
• Nonlinear Optics = multi-photon absorption spectroscopies