My main area of research is the theoretical condensed matter physics. In particular, I’m working on the new branch of quantum thermodynamics, focusing my study on quantum batteries (QBs), namely systems that, due to quantum correlations, allows to store energy with better performances compared to their classical counterpart. In this research field I have investigated different quantum models that can lead to realistic implementations of QBs, namely: independent two-level systems (TLSs) coupled to a classical external drive, leading to a remarkable advantage in the charging times of the QB, independent TLSs coupled to a thermal bath to study the effects of dissipation in the possibility to store energy and N TLSs coupled to a single cavity to
understand how the effects of interaction can improve the charging power of the QBs.