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Research Interest
Understanding Materials
Investigate fundamental mechanisms in materials, focusing on:
1.Diffusion in Solid Electrolytes: Unravel the atomic-scale dynamics driving ion transport insolid-state ionic
conductors.
Interfacial Kinetics and Thermodynamics: Analyze failure mechanisms at multi-phaseinterfaces to
understand degradation pathways and improve material stability.
Inventing Novel Materials
High-Throughput Materials Design: Leverage computational tools and multiscale models toexplore vast material spaces. Property-Driven Optimization: Develop and optimize materials tailored for specificapplications, such as batteries, fuel cells, and catalysts.
Al for Materials Innovation
Data Infrastructure: Build comprehensive materials databases that integrate experimentaland computational results. Al-Powered Modeling: Develop machine learning and Al models to accelerate materials discovery, predict properties, and identify optimal candidates. Integration Across Scales: Combine Al models with multiscale simulations to bridge atomic micro, and macroscopic scales for holistic material insights.