Next-generation electrochemical imaging: Developing multiphysics-coupled, in-situ probes that map transient active sites and reaction intermediates with micro- to nanoscale precision.
AI-enabled data analytics & instrumentation: Developing high-throughput, automated, multimodal in-situ electrochemical analysis platforms that yield high-dimensional datasets for data-driven, accelerated materials discovery.
Electrocatalysis for sustainable technologies: Synergizing rational catalyst development with advanced electrochemical reactor engineering to deliver integrated solutions across the Water-Energy-Food nexus.
