Quantum Inference & Information Processing group

We combine concepts from the world of nonequilibrium statistical mechanics with light matter interactions (nonequilibrium Green's function formalism), formulating the quantum informatics of realistic complex systems. With the increasing challenges presented by emerging quantum technologies, new metrological schemes become fundamentally important. The latter are capable of gaining new insights on quantum matter dynamics, well-beyond the scope of classical

approaches.

We develop theory for control, steering and metrology in various platforms such as natural and artificial light harvesting complexes, molecular solids, disordered media and more.

The interplay between interactions and control over many-body dynamics is among our main interest, with a good balance between fundamental and practical scientific aspects.

We tackle a puzzling gap between fundamental and applicative implications of quantum information science with a fresh, interdisciplinary and curious spirit.

Join us :)