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scott-lynn/README.md

About Me

I am a final-year MPhys Theoretical Physics student at the University of York, specialising in the design and implementation of software for quantum networks and quantum key distribution. Currently researching the security analysis and simulation of entanglement-based quantum key distribution (QKD) protocols within the Quantum Communications group at the York Centre for Quantum Technologies. Skilled in high-performance computing and machine learning with a strong foundation in quantum science and technology. Interested in contributing to the development of secure and scalable quantum communication systems.

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  1. qkd-simulator qkd-simulator Public

    A modular, pipeline-based simulator for computing the secure key rate (SKR) of decoy-state BB84 quantum key distribution over a lossy fibre channel.

    Python

  2. hybrid-mpi-sor-solver hybrid-mpi-sor-solver Public

    High-performance, hybrid-parallelized (MPI + OpenMP) Successive Over-Relaxation (SOR) solver, developed in modern Fortran

    Fortran

  3. iDEA iDEA Public

    Forked from iDEA-org/iDEA

    interacting Dynamic Electrons Approach

    Jupyter Notebook 1

  4. Tight-Binding-GNR-Simulation Tight-Binding-GNR-Simulation Public

    Modelling AGNR and ZGNR (Graphene Nannoribbons) with Python to determine their electronic properties

    Python