Career paths

The theoretical physics career path is dedicated to developing precise
mathematical models that explain and predict the behaviour of natural
phenomena. This discipline leverages abstract mathematical theories to
deepen understanding of the fundamental forces and particles that
construct the universe.

The career path in physics of fundamental interactions embarks upon a
rigorous exploration of the fundamental constituents of matter and the
forces orchestrating their interactions.

This career path merges rigorous scientific training with practical
applications across critical sectors. In the field of Health Physics, the path
emphasizes the advancement of medical diagnostics and therapy
through the application of physics principles to medical instrumentation,
focusing on enhancing imaging techniques, computational methods
applied to medicine, and radiation therapy systems.

The condensed matter physics career path is solidly grounded in a joint
theoretical and experimental framework, where mathematical tools,
experimental facts, and measurement techniques are essential for
mastering the properties of solids to tailor them to desired purposes.

The didactics of physics career path is structured for students with a deep
interest in the pedagogy and dissemination of scientific knowledge,
fields that are increasingly crucial in educational systems.

The astrophysics and cosmology career path is structured to provide a
wide ranging education in the fundamental and applied aspects of
astrophysics and the broader questions addressed by cosmology.