Roberta Citro

Roberta Citro is a Professor at the University of Salerno, affiliated with the CNR Institute for Superconductors, Innovative Materials, and Devices. Her work focuses on quantum physics, condensed matter systems, and topological materials. She has contributed significantly to studies on superconductivity, spin-orbit coupling, quantum transport phenomena, and quantum information processes. Her research often explores the interplay between theory and experiment in novel oxide-based systems and low-dimensional quantum structures.

Research Interests include quantum many-body systems, topological phases, Josephson junctions, and spintronics. She has pioneered investigations into hyperentanglement applications, topological superconductivity in nanojunctions, and the Edelstein effect in Rashba models. Her theoretical models bridge quantum computing protocols with experimental condensed matter platforms.

Recent Work Trends highlight advancements in quantum droplet dynamics, Kitaev chain phase diagrams, and the anomalous Hall effect in oxide interfaces. These studies emphasize the exploration of topological edge states and Majorana fermions in nanoscale systems.

Labs/Teams: Active within the SPIN-CNR lab, focusing on quantum materials and superconductivity research.