BEST Lab

After weeks of experiments, reports, and mid-term pressure, it was great to take a short break and enjoy a group lunch together at BEST Lab. Research is not only about data and results — it is also about teamwork, trust, and the people who go through the ups and downs together. Moments like this remind us that a strong lab is built not only in the laboratory, but also around the table. Thanks to everyone for the hard work this semester. More ideas, breakthroughs, and good mem

I’m truly honored to receive the Wu Ta-You Memorial Award, a recognition that celebrates young researchers committed to advancing science and technology. This award is given to early-career scholars with outstanding research performance and future potential, and I am grateful to be among this year’s recipients. This recognition reflects not only my own efforts, but also the support of my students, collaborators, and mentors who have been part of this journey. From exploring c

We’re pleased to share that our recent study published in Small Structures has been featured by PanSci. Our work shows that a “mismatched” electrolyte strategy—using Na⁺-based electrolytes with LTO anodes—can outperform conventional systems, delivering higher capacity and stable cycling. This finding challenges the long-held assumption that electrolyte ions must match the working ion in battery systems. Beyond performance, this approach points toward more cost-effective and s

Silicon is one of the most promising anode materials for next-generation lithium-ion batteries because of its very high theoretical capacity and natural abundance, yet its practical use is limited by severe volume expansion, structural degradation, unstable solid electrolyte interphase formation, and capacity fading. Beyond these known issues, a critical but underexplored degradation feature is the Coulombic efficiency trough, a transient but universal dip in efficiency that

Our latest battery research from National Yang Ming Chiao Tung University has been widely covered by multiple international and Taiwanese media outlets. We demonstrated a new concept: 👉 Lithium batteries can operate without lithium ions in the electrolyte. By introducing a sodium-based electrolyte, our system achieves: ⚡ 167% increase in capacity 🔄 Enhanced ion transport through lattice expansion 🛡 Stable cycling performance This work challenges conventional battery design

This course "Characterization Techniques for Semiconductor Materials" introduces key characterization methods and practical insights for understanding semiconductor materials, tailored for students and researchers. 👉 Access the course here: https://purdue.brightspace.com/d2l/home/1424043 Looking forward to your feedback and discussions!