Research project

PRIN 2017 - 20172H2SC4 - Giacomo Roati - Progetto CEnTraL (DFM.AD002.096)

Thematic area

Physical sciences and technologies of matter

Project area

Scienze e tecnologie quantistiche (DFM.AD002)

Structure responsible for the research project

National Institute of Optics (INO)

Project manager

GIACOMO ROATI
Phone number: 0554572474
Email: giacomo.roati@ino.cnr.it

Abstract

Establishing mechanisms to control decoherence and dissipative phenomena in real materials is one of the most complex challenges of modern physics. It is not only relevant for fundamental science, but it is also a backbone for the development of novel families of quantum materials that would allow for storage and coherent transport of information, or conversions of photons into charges with unprecedented efficiency. This perspective calls for a ground-breaking effort to understand and master coherence in artificial quantum systems and to transfer the gained knowledge to solid state materials. With this proposal, we want to take a major step forward in this direction by establishing for the first time a collaborative effort between two most promising experimental platforms, namely ultracold atoms in optical lattices and heterostructures of transition-metal oxides. In both platforms, one can tailor structures of only few layers coupled by controlled tunneling. We will develop an unprecedented synergy, creating a network grounded on the world-renowned expertise of experimental and theoretical Italian groups already operating in cold atoms and non-equilibrium physics of materials.

Start date of activity

29/08/2019

Keywords

Strongly-correlated 2D fermions, Quantum Transport, Quantum devices

Last update: 17/07/2024