We are a team of researchers passionate about Energy Storage Technology. We focus on inventing and characterizting solid electrolyte materials and developoing scalable manufacturing methods to enhance production. Our work is primarily experimental and interdisciplinary, weaving together aspects of Materials Science, Electrochemistry, and Mechanical Engineering. We are particularly interested in the following research areas:
- Synthesis of Solid Electrolyte Materials: This includes the development of oxides, halides, hydrides, and composite solid electrolytes, which integrate ceramic and polymer solid electrolyte components.
- Optimization of Solid-Solid Interfaces: Enhancement of interfaces between solid electrolytes and electrode materials to minimize resistance and improve overall battery performance.
- Analysis of Battery Degradation Mechanisms: Investigation of degradation mechanisms to extend battery lifespan and improve energy efficiency through targeted mitigation strategies.
- Investigation of Mechanical Properties of Battery Materials: Examination of the mechanical characteristics that influence safety and reliability, particularly under mechanical stress conditions.
- Study of Corrosion Behaviors of Battery Materials: Understanding and mitigating corrosion in battery materials is essential for enhancing performance, ensuring safety, reducing costs, and minimizing environmental impact.
