معرفی
Ferenc Tasnadi is an Associate Professor at Linköping University's Department of Physics, Chemistry and Biology (IFM), specializing in Theoretical Physics (TEOFY). His research focuses on computational materials science, combining theoretical physics with artificial intelligence techniques to investigate advanced materials. He explores topics such as high-pressure synthesis, interatomic potentials for alloys, and the mechanical properties of ceramics.
Key research interests include developing machine learning models for material simulations, studying phase transitions in ceramics, and investigating superconducting tungsten nitrides under extreme conditions. His work bridges theoretical frameworks with experimental insights, contributing to the design of ultra-incompressible and hard materials with practical applications.
Recent publications highlight breakthroughs in synthesizing novel materials like oP28-C3N4 and tungsten nitrides, demonstrating their stability under ambient conditions and superconducting properties. These studies advance understanding of material behavior under high-pressure environments and computational modeling techniques.
