School of Physics & Astronomy
Faculty of Exact Sciences
I am interested in controlling electronic states of matter in quantum materials and studying their dynamics on ultrafast (femtosecond) timescales. This is achieved in my lab using two approaches: material by design crystal growth and by tailoring light matter interactions to stabilize out of equilibrium electronic states.
In my lab we employ novel optical techniques in order to study quantum materials, while the main focus of the lab is using nonlinear optics in order to reveal the symmetry properties of electronic states we are also developing ultrafast electronic transport techniques for studying out of equilibrium superconductivity, magnetism, and other quantum states of matter.