Electrochemistry is the most essential part of our research. We explore the fundamental principles governing charge transfer, interfacial reactions, and ion transport in various electrochemical systems. By integrating experimental techniques with theoretical insights, we aim to push the boundaries of electrochemical science and develop innovative energy solutions. 

Our research focuses on developing  next-generation battery technologies for clean and safe energy storage. We focus on improving energy density, cycle life, and safety while optimizing key battery components such as electrodes, electrolytes, and interfaces. Our goal is to bridge the gap between fundamental electrochemistry and real-world battery applications. 

We imagine developing environmentally friendly and resource-efficient energy storage solutions. Our work includes designing non-toxic & high-safety batteries, reducing dependence on critical raw resources, and extending battery lifespan to minimize environmental impact. Through these efforts, we contribute to create the world a better place to live. Sustainability is a core value of our research.