Barbara Keran

Barbara Keran is an Assistant Professor at the Theoretical Physics Division of Condensed Matter within the Department of Physics at the University of Zagreb. Her research focuses on condensed matter physics, particularly on charge density wave (CDW) phenomena, magnetotransport properties in 2D materials, and electronic phase transitions in graphene-based systems. She has contributed to studies on the interplay between magnetic fields and charge ordering in materials like intercalated graphite and graphene composites.

Key research areas include Fermi surface reconstruction in CDW systems, topological effects in Dirac materials near Lifshitz transitions, and the role of magnetic fields in stabilizing charge stripe orders. Her work bridges theoretical modeling with experimental observations in low-dimensional and topological materials.

Barbara is affiliated with the Faculty of Science, contributing to its research divisions and educational programs in physics. She collaborates within groups focused on condensed matter theory and has published extensively in peer-reviewed journals. No awards or grants are explicitly mentioned in available records.

Her academic profile emphasizes theoretical and computational studies of electronic structures in novel materials, with a particular emphasis on transport properties and phase transitions under external fields.