Research and Projects
I am eager to collaborate on projects within the field of Quantum Information and its intersections. If you are interested in, please feel free to reach out to me via email at roberto.menta@sns.it
phd Planckian Activity
PhD project at SNS in partnership with Planckian. The main purpose is to theorize and experimentally realize a Quantum Battery, i.e. a physical system with a quantum advantage in the charging process and energy storing. The project aims to propose superconducting universal quantum computers within quantum batteries.
magnetic skyrmions in higher dimensions
Master project at University of Pisa in collaboration with Prof. S. Bolognesi (UniPi and INFN) and Prof. S. B. Gudnason (Henan University). We study Magnetic Skyrmions and their dimensional extensions in Chiral Magnets using tools of topology, homotopy theory and quantum field theory.
Critical Behavior of Chiral Molecules
Project developed during my stay at Princeton University in collaboration with Prof. R. Car (Princeton), Prof. P. G. Debenedetti (Princeton) and Dr. P. M. Piaggi (Princeton). We study the possible chiral symmetry breaking in hydrogen peroxide by performing Molecular Dynamics Simulation.
Ergotropy optimitazion
Project in collaboration with Andrea Canzio and Vittorio Giovannetti
Qinfo - Qgravity group
I am interested in studying the applications of quantum information in the understanding of gravity and its quantum nature. I am working in creating a research group of PhD students at SNS and out of. I am also interested in studying the SYK model and its AdS/CFT correspondence.
Publications
K. Konishi, R. Menta, "Large Angular Momentum", arXiv:2404.14931v1 [quant-ph] (2024).