Research

Research

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.

Ling Group · 2026–present

Mo migration in MoS₂/WS₂ heterostructures

Using DFT and CI-NEB to explore vacancy-mediated Mo transport and interfacial substitution during ammonia-driven nitridation.

Open project →
Straub Group · 2025–present

Martini 3 / DPC micelles

Refining a coarse-grained DPC model against micelle aggregation behavior and SANS, then checking the model at atomistic resolution.

Open project →
Gopalan Group · 2025

Perovskite interfaces & solid oxide cells

Combining synthesis and characterization with CHGNet simulations to understand degradation and ion migration in perovskites.

Open project →
Research interests
Solid-state chemistryMachine-learned interatomic potentialsCoarse-grained force fieldsMolecular dynamicsElectrochemistryEnergy storage
Current appointments
Aug. 2026–present
Ling Group

Computational materials chemistry · Prof. Xi Ling

Dec. 2025–present
Straub Group

Molecular simulation · Prof. John Straub

Completed Dec. 2025
Gopalan Group

Solid oxide cell research · Prof. Srikanth Gopalan