Complex Networks in Multimode Continuous Variable Quantum Optics

The study of quantum complex structures is crucial for choosing the best strategies to use in future multi-scales complex quantum technologies. Multimode quantum optics processes offer scalable platforms for implementing large networks of continuous variables entanglement correlation and emulating networks of harmonic oscillators with physical interactions. The strategy offers totally reconfigurable topology from regular to complex shapes. In particular, I’m going to discuss continuous variables entangled networks for quantum routing protocols, the emergence of complex network structures in quantum networks under non-Gaussian operations, and machine learning techniques for their experimental characterization.