Coursework in physics, mathematics and computational science.

Bachelor's thesis: an introduction to the formalism of loop quantum gravity.

Winner of the Algerian Physics Olympiad (M'Sila, 2017).

Summer internship with the astroparticle physics research team.

Advanced coursework in quantum field theory, cosmology, particle physics, string theory, topology and geometry, group theory, condensed matter physics and Monte Carlo methods.

Master's thesis, “Loop Quantum Gravity: From Theory to Applications”: from the Ashtekar–Barbero formulation of general relativity to spin networks and the discrete spectra of area and volume, with applications to black-hole entropy and spin foams. The full text is on the Research page.

Teaching: an introduction to the philosophy of quantum mechanics and laboratory sessions in numerical physics; supervision of two BSc students in physics and mathematics.

Internship in quantum information.

Three research internships: string theory and the AdS/CFT correspondence, astroparticle physics, and condensed matter physics.

Teaching: quantum field theory, quantum mechanics, classical mechanics, thermodynamics, fluid dynamics and numerical methods in physics.