Brief recap of general relativity; relativistic hydrodynamics and magneto-hydrodynamics; winds, shocks and accretion in general relativity; explosions; relativistic stars; structure of neutron stars; electrodynamics of compact objects; pulsar phenomenology; magnetars; gamma-ray bursts; interaction of relativistic winds; synchrotron nebulae; phenomenology of cosmic rays; particles acceleleration
Lecture Notes will be provided via the Moodle e-learning platform
Prerequisites
The class is recomended for students that already attended "Astrofisica Relativistica", it can be followed also by students of the theoretical and nuclear-subnuclear physics curricula, and by PhD students.