Ascolta

 

Description

The research activity deals with the theoretical and computational atomic molecular and optical physics in intense fields, light-matter interactions, quantum information and problems connected with the foundations of quantum physics.

Research Topics

The following research areas are currently active:

• Models of interactions of atoms, molecules and solid-state systems with intense laser radiation fields
• Multiphoton ionization processes
• High order harmonic generation
• Statistical analysis of meteorological and environmental time series data
• Dynamics and characterization of quantum memory, coherence and correlations in open quantum systems
• Protection of quantum correlations in composite open systems
• Characterization of entanglement and quantum correlations in systems of indistinguishable particles
• Quantum state engineering and entanglement generation
• Experimental proposals for the verification of the theoretical predictions 

Funded Projects

Our main projects are

• Controlling indistinguishability of quantum bits as a resource for quantum networking
• Indistinguishability as a controllable fuel for quantum information and thermodynamic processes  

Keywords

Quantum information; open quantum systems; quantum indistinguishability; entanglement; strong-field processes; ultrafast optics.