Mo migration in MoS₂/WS₂ heterostructures
Using DFT and CI-NEB to explore vacancy-mediated Mo transport and interfacial substitution during ammonia-driven nitridation.
My research has moved between computational chemistry, materials science, and molecular simulation. Across these projects, I keep coming back to the same idea: use simulation to understand the molecular-scale processes that are difficult to see directly in experiments.
Using DFT and CI-NEB to explore vacancy-mediated Mo transport and interfacial substitution during ammonia-driven nitridation.
Refining a coarse-grained DPC model against micelle aggregation behavior and SANS, then checking the model at atomistic resolution.
Combining synthesis and characterization with CHGNet simulations to understand degradation and ion migration in perovskites.
Computational materials chemistry · Prof. Xi Ling
Molecular simulation · Prof. John Straub
Solid oxide cell research · Prof. Srikanth Gopalan