Laboratory of Electrochemical Materials and Interfaces (LEMI)
Laboratory of Electrochemical Materials and Interfaces (LEMI)
Fundamental Understanding: We characterize electro-chemo-mechanical interfaces using advanced multi-modal operando analysis to gain unprecedented scientific understanding.
Autonomous Control: We actively stabilize system behaviors through closed-loop optimization and predictive modeling.
Technological Impact: We translate this knowledge into rational strategies to develop next-generation energy storage systems (e.g. solid-state batteries)
We develop advanced characterization and analysis methods to rigorously study and actively control electro-chemo-mechanics at the interfaces. If you want to explore our unique, integrated research approaches in detail (including multi-modal operando analysis and closed-loop autonomous control), please visit our research vision page.
We characterize the spatial distribution and temporal evolution of complex electro-chemo-mechanical behaviors across interfaces with multiple characterization techniques (microscopy, spectroscopy, etc.).
We perform quantitative/automatic analysis under in operando conditions to capture fast-evolving behaviors at the interfaces and real-world relevance.
We perform closed-loop optimization of the system, leveraging real-time measurement of material properties and their predicted trajectories.
Hypothesis-driven research to unravel critical correlations between material properties and thermodynamic variables based on quantitative characterization/analysis.
Technology transfer to industries, providing them with the capabilities to develop rational, data-backed strategies to dramatically improve cell performances and production yields.
Please browse our website and access our research vision, active research projects, view our publications, meet the team or contact us.
Do you want to learn more about what we aim to do (research vision) and the research projects that are currently active? Use following links to go through detailed explanations!
View our collection of publications. If you find those interesting or have questions, please let us know! We will be happy to discuss.
Are you interested in our lab or electrochemical materials/interfaces in general? Meet our team or contact us to discuss potential collaborations, inquire for open positions, or request more information.