Robert Szilagyi

Robert Szilagyi is an Associate Professor in the Department of Chemistry at the University of British Columbia's Okanagan campus. He holds the Tier 1 Principal's Research Chair and serves as a graduate student supervisor. His research focuses on computational chemistry of iron-sulfur coordination compounds, clusters, nanoparticles, and mineral surfaces, as well as the chemical structure and properties of templated carbon materials.

Dr. Szilagyi's educational background includes formal training with B.Eng., M.Sc., and Ph.D. degrees from the University of Veszprém in Hungary, specializing in oil and carbon technology, organic/organometallic chemistry, and computational chemistry. His postdoctoral training includes work at Emory University (Morokuma lab: computational chemistry) and Stanford University (Solomon/Hodgson/Hedman labs: synchrotron spectroscopy and electronic structure).

His research program bridges theoretical and experimental approaches to understand complex inorganic systems. Recent work demonstrates increasing integration of multiple techniques including X-ray absorption spectroscopy, computational modeling, and synthesis of biomimetic clusters. His publications consistently focus on iron-sulfur chemistry, spectroscopy, and materials science with applications in biogeochemistry, energy, and biomimetic systems. His work connects fundamental chemical principles with practical applications across multiple disciplines.

Dr. Szilagyi has secured significant research funding from multiple prestigious sources:

• US Department of Energy: Probing Novel Pathways of Metal Sulphide Acquisition and Trafficking From Minerals In Model Biocatalytic Systems (2021-2023)
• Visegrad Fund+Japan Science and Technology Agency: Atomic Design of Carbon-Based Materials for New Normal Society (AtomDEC, 2021-2023)
• NSF Chemistry of Life: Synthetic Biomimetic Design of Radical SAM Maquettes from Experiment and Theory (2016-2020)

As a graduate student supervisor, he mentors students in computational and experimental approaches to inorganic chemistry problems. His international collaborations span institutions including Ibaraki University, University of Pannonia, Hokkaido University, and Eotvos Lorand University. His research integrates computational modeling with spectroscopic techniques to address fundamental questions in bioinorganic chemistry and materials science.

Dr. Szilagyi maintains an active research group focused on computational chemistry and spectroscopy, with particular emphasis on iron-sulfur systems and carbon-based materials. His work connects with broader scientific communities through his website elementologia.org, which provides detailed information about his ongoing research projects, methodologies, and collaborative efforts.