Quantum Control
Investigating the emergent properties of matter dressed by light and the fundamental limits in the ultrafast quantum control of matter at the level of electrons.
Quantum Frontiers in Molecular and Material Science, Quantum Dynamics, Light-Matter Interactions, Molecular Electronics, and so much more!
Research in our group focuses on theory and computation as it applies to dynamical processes occurring in molecules, nanoscale and extended systems. We tackle emerging problems at the interface between Chemistry and Physics, Optics and Nanoscience. Our work encompasses the development of new theories and simulation methods, the efficient implementation of these methods on high-performance computers, and the application of the resulting tools to identify new phenomenology and understand problems of fundamental and technological interest in physical chemistry. We are particularly interested in exploring quantum frontiers in molecular and material science and in developing new methods to probe and control the behavior of matter by means of external stimuli.
Quantum Control
Investigating the emergent properties of matter dressed by light and the fundamental limits in the ultrafast quantum control of matter at the level of electrons.
Quantum Coherence in Matter
Advancing our fundamental understanding and our ability to model, control and preserve quantum coherence in matter.
Quantum Simulation
Designing new methods for digital and analog computation of the quantum dynamics of matter.
Molecular Electronics and Quantum Transport
Investigating chemistry and physics at the single-molecule limit through conductance and beyond.