Dr. Artur Durajski’s research interests lie in the realm of condensed matter physics, particularly exploring the properties of phonon-mediated hydrogen-rich and graphene-like 2D superconductors. His work utilizes advanced computational techniques and first-principles calculations to investigate electronic structures, phonon interactions, and other critical factors influencing superconductivity at the atomic level. His expertise contributes to a deeper understanding of material properties essential for the development of future applications in quantum computing and energy-efficient technologies.