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Utilising python for tight-binding simulations of electron transmission in Nanoporous Graphene Devices

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Quantum Transport in Nanoporous Graphene (NPG)

A study in Quantum transport simulations in novel nanoporous graphene.

This repository contains the code used to simulate electron transport in pertubed npgs of various designs. The project consists of 2 phases:

  1. Phase:
    To build Jupyter notebooks able to simulate simple electron transport using tightbinding models and Green's functions.
  2. Phase:
    To write code capable of larger simulations using SIESTA and TBTrans, suitable for High-performance-clusters.