Department of Physics
Physics of Fundamental Interactions
The physics of fundamental interactions studies the properties of the fundamental constituents of the universe. The greater the energy at which interactions occur, the smaller the distances at which the properties of elementary particles and of spacetime itself can be probed.
Physics of Matter
Matter Physics studies the behaviors, properties, and applications of matter, both through theory and computer simulations and through sophisticated experiments. Matter is made up of semi-elementary constituents (generally atoms or molecules, whose individual properties are well known). The specific states of aggregation of these components give rise to new and unprecedented behaviors, which in many cases have yet to be explored and utilized.
Astrophysics
The purpose of Astrophysics is to apply knowledge from all areas of physics to interpret and understand the phenomena that occur above the Earth's atmosphere. Astrophysics studies celestial bodies from the formation of planets to galaxies to the immensely large.
Interdisciplinary and Applied Physics
The knowledge, methodologies, and techniques developed by physicists find important applications in other scientific disciplines, in industry, and in society. Applied physics leverages the knowledge and research methodologies specific to physics to contribute to research and technological development in other sectors, with an innovative, rigorous, and multidisciplinary approach.