Iva Šrut Rakić together with her collaborators from the University of Illinois, published a paper in Nano Letters journal. Their study demonstrates the ability to manipulate graphene’s electronic properties using a precisely engineered strain superlattice in a manner that paves the way for discovering new quantum phases of matter and designing advanced electronic devices.

Nives Štrkalj, together with colleagues from the University of Cambridge, published an article in the journal Advanced Materials, where they observed an indirect relationship between polarization and electrochemical state of ferroelectric films based on HfO₂, providing evidence of intrinsic polar states.

Our colleagues Iva Šrut Rakić, Dino Novko, alumni Borna Pielić, and Marko Kralj, together with collaborators from the University of Siegen, have published a paper in NPJ 2D Materials and Applications where they demonstrate how self-intercalations of 2D materials can be used to change their electronic properties by manipulating substrate interactions.

Dino Novko, in collaboration with scientists from China and Singapore, has published a paper in Physical Review Letters, in which they propose a novel and unconventional thermophotonic effect in charge-density-wave material TiSe₂. This finding indicates a breakthrough in understanding of electronic orders, and signify a landmark study of CDW and its sophisticated connection with thermal photonics.

Our postdoctoral researcher Ertugrul Karaca, in collaboration with scientist from China and Spain, has published a paper in Physical Review Letters, in which they report the multiple superconducting state transitions in 1T-HfS₂ under pressure and reveal its structural origin.