We are a research team dedicated to advancing energy storage materials and technologies. Our work centers on the synthesis and design of cutting-edge solid electrolyte materials, alongside the development of scalable manufacturing methods to enable their practical implementation. Our approach is inherently interdisciplinary, bridging materials science, electrochemistry, mechanical engineering, and AI-assisted machine learning. We are particularly focused on the following research areas:
Research Interests
- 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.
- 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: Studying the mechanical properties that govern the safety, durability, and reliability of battery materials, especially under extreme environmental and stress conditions.
- Al-Assisted Marchine Learning: Leveraging data-driven artificial intelligence frameworks that integrate comprehensive battery materials databases with large language models and ab initio simulations to accelerate the identification and design of next-generation battery materials.
