معرفی
Pascal Henkel is a Postdoctoral Researcher (Research Fellow) in the Department of Applied Physics at Aalto University, Finland, actively contributing to the Computational Electronic Structure Theory research group. His work bridges theoretical physics and materials engineering for sustainable energy solutions.
His research focuses on computational modeling of energy materials, particularly photovoltaic chalcohalides and solid-state electrolytes for batteries. Using density functional theory and molecular dynamics simulations, he investigates electronic structures, ionic transport mechanisms, and surface chemistry phenomena. Key areas include halogen bonding dynamics on metal surfaces, defect-mediated ion diffusion in battery materials, and computational screening of novel photovoltaic compounds with optimized bandgaps and stability.
Analysis of his publication trends reveals consistent emphasis on renewable energy materials, with recent work advancing quaternary mixed-metal chalcohalide design rules and magnesium ion conduction mechanisms. His studies integrate fundamental surface science with practical energy storage challenges, demonstrating strong methodological expertise in first-principles calculations and materials informatics.
Dr. Henkel collaborates within Aalto University's Computational Electronic Structure Theory group, which specializes in predictive modeling of electronic properties for next-generation energy materials through high-performance computing and interdisciplinary partnerships.
