Quantum Tunneling in Graphene Structures
An independent condensed-matter study modeling how strain, layer stacking, and interface geometry affect tunneling behavior in multilayer graphene systems.
This project investigates how strain, barrier structure, and layer configuration influence tunneling probabilities in multilayer graphene models.
The work is designed as a compact independent study that emphasizes reproducible simulation notes, systematic comparison across parameter ranges, and clear explanation of the assumptions behind the model.
The target result is a publishable short-form research note rather than a broad exploratory archive.