As a physicist deeply passionate about material science, my mission is twofold: to push the boundaries of superconducting and metal-organic framework (MOF) research, and to inspire students to join this thrilling scientific frontier.

My work focuses on designing materials that could revolutionize energy systems—from high-temperature superconductors for lossless power transmission to MOF-based sensors for environmental monitoring. Every day in the lab brings new questions: How can atomic-level tuning enhance critical currents? Can we engineer MOFs to detect trace pollutants? These challenges drive me to publish in high-impact journals, not for metrics, but to contribute to a global dialogue that could transform industries.

As a lecturer at USTH and SSCV coordinator, I mentor students to:
1. Think boldly
2. Master precision
3. Pursue publication-worthy science