Our colleague Petar Popčević, in collaboration with scientists from the Physical Department of PMF in Zagreb, Technical University of Vienna, Austria, and the University of Minnesota has published a paper in prestigious journal Science Advances. In this work a phenomenological model of high temperature superconductors based on copper oxides (cuprates) which describes and connects the most important features of these materials is proposed.

Our colleagues Matija Čulo, Tomislav Ivek, Silvia Tomić, and Bojana Hamzić have together with collaborators from Zagreb, Japan, USA and Germany published an article about the influence of disorder on magnetotransport properties of organic insulators with Mott-Anderson localization. The article is published in Physical Review B and picked by editor as a highlighted paper.

Our colleague Dino Novko and his collaborators from Spain and Germany have published a paper in prestigious journal Physical Review Letters. Combining many-body perturbation theory and an effective temperature model, they have disentangled the electron- and vibration-driven interaction channels in ultrafast CO motion on metal surfaces.

Our colleague Ivan Balog and his collaborators from Université de Lyon in France have published a paper in prestigious journal Physical Review Letters. Their work demonstrates a new theoretical approach to describe the disorder-driven quantum phase transition in Weyl semimetals.

As a result of the collaboration of Petar Popčević, a scientist from the Institute of physics, with scientists from Physics Department of the Faculty of Sciences in Zagreb, Technical University in Vienna and Minnesota University, a paper has been published in prestigious journal Quantum materials of the Nature group, in which the appearance of superconductivity in dc electric conductivity of cuprates has been explained by a simple model of superconducting percolation.