University Institute of Advanced Studies in Atomic, Molecular and Photonic Physics
Lines of research
Quantum mechanics and its applications to quantum computing. Decoherence. Transport. Time in quantum mechanics. Measurement in quantum mechanics. Quantum chaos. Quantum clocks
Molecular physics. Atomic and molecular aggregates. Molecular dynamics and Monte Carlo simulations. Nanostructures. Liquid simulation
Applied mathematics. Equations of mathematical physics. Differential geometry and relativity.
Dynamical systems and nonlinear dynamics. Transport and statistical mechanics far from equilibrium. Dynamical chaos. Classical and quantum complex systems
Time-frequency signal analysis
Control of quantum systems
Laser spectroscopy and high pressures
Microresonators and Optomechanics
Nanostructured materials using femtosecond lasers
Integrated Photonics