Crystal structure prediction
Exploring metastable materials through global optimization, structural prototypes, and first-principles validation.
Computational Materials Science
PhD student in Computational Materials Science at Nanyang Technological University, working on crystal structure prediction, first-principles workflows, and AI-accelerated materials discovery.
Profile
I study how atomic structure, energetic stability, and functional response connect in complex materials. My current interests sit between robust first-principles calculation, efficient structure exploration, and machine learning models that make larger search spaces tractable.
Research
Exploring metastable materials through global optimization, structural prototypes, and first-principles validation.
Connecting electronic structure, phonons, elasticity, dielectric response, and transport calculations for materials discovery.
Using machine learning potentials and data-driven models to accelerate configuration-space exploration.
Publications
Writing
Contact
For research discussions, collaboration ideas, or questions about my work, the best route is email.