Antidot-controlled correlations in graphene magneto-transport shows commensurability, quantum Hall states, and edge-state interference, with high-field correlated phases.  3rd National Quantum Science and Technology Institute (NQSTI) Conference (2026).

Controlling particle surface diffusion on graphene FETs via electrostatic gating enables diffusion switches, revolutionizing nano-assembly, thin-film growth, and catalysis by tuning molecular charge states.  ACS Nano 18 24262 (2024) .

Twisted graphene on boron nitride reveals multicomponent fractional quantum Hall states (ν=k/2, k/3) and composite fermions, enabling exotic anyons for topological quantum computing. EPJ Plus 13, 979 (2024).