René Fournier

René Fournier is a Full Professor in the Department of Chemistry at York University, Canada. His research focuses on computational and theoretical chemistry, particularly the study of atomic clusters, transition metal complexes, and alloy materials using Density Functional Theory (DFT). He develops methods like Taboo Search in Descriptor Space (TSDS) for global optimization of cluster structures and automated potential functions. His work explores structural trends in clusters to understand their stability and potential applications in material science. Collaborators include researchers from York University's Physics department and external institutions. He teaches courses in quantum chemistry, spectroscopy, and physical chemistry, including CHEM 3010 and 3011. His research group investigates bimetallic clusters, core-shell structures, and computational methods for simulating molecular systems. The Fournier Lab at York University is central to his experimental and theoretical work.

• Research Highlights: Structural analysis of metal clusters (Al, Au, Ag), development of TSDS optimization algorithms, and studies on bimetallic systems like A₄B₁₂.
• Teaching: Courses on quantum chemistry, statistical thermodynamics, and computational methods.
• Collaborators: Group members include Yan Sun (Physics, York), Min Zhang (Physics, York), and Joey Cheng (ACD Labs).

His research spans computational methods, cluster physics, and the interface between chemistry and condensed matter physics, contributing to nanomaterials design and fundamental cluster theory.