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Risav25Pokhrel/README.md

🧑‍🔬 About Me

Electronics & Information Technology Engineer with hands-on research experience in Superconducting Circuit Design, and Quantum Optimization. Conducted supervised research under Dr. Pawel Gora, Dr. Gal Winer, and Shantanu Jha (MIT). Hackathon winner, Womanium Superconducting Quantum Circuit Design 2024. Seeking graduate study to deepen theoretical and experimental foundations in quantum technologies

🎓  Education             →  B.E. Electronics, Communication & Information Engineering · Pulchowk Campus, TU
🏆  Recent recognition    →  Honorable Mention · Future Leaders in Quantum Hackathon 2025 (ITU/IonQ)
📍  Based in              →  Kathmandu, Nepal

🏆 Awards & Recognition

Award Event Year
🥇 Hackathon Winner — 1st Place out of 200+ Teams Superconducting Quantum Circuit Design · Womanium 2024 2024
🏅 Honorable Mention, Future Leaders in Quantum Hackathon Education Track · ITU & IonQ, Geneva 2025
✍️ QTypo Co-Winner QClass 23/24 · QWorld 2024
🎖️ 3rd Team Award QIntern-2025 2025
🎖️ Active Participation Award QIntern-2025 2025
🎖️ Active Participation Award QIntern-2024 2024
🥈 2nd Team Award QIntern-2024 2024
🏃 Quantum Mini-Challenges Runner-up QSite-IBM 2023 2023

🔬 Research Projects

⚛️ Quantum Hardware Design

ATS Quantum Chip

Design and EPR analysis of an ATS (Asymmetrically Threaded SQUID) superconducting chip. Full pipeline: Qiskit Metal layout → HFSS 3D EM simulation → pyEPR quantization to extract qubit frequencies, anharmonicity, and dispersive shift.

Qiskit Metal HFSS pyEPR Jupyter

SNAIL–Fluxonium–Transmon–Fluxonium–SNAIL 🥇

Modification of the MIT FTF architecture, augmenting it with SNAIL couplers for parametric three-wave mixing. Designed in Qiskit Metal, Hamiltonian dynamics simulated in QuTiP.

Qiskit Metal QuTiP HFSS Parametric Gates

💻 Quantum Algorithms & Optimization

DBSCANSOLVER — Quantum VRP

Hybrid quantum-classical solver for the Vehicle Routing Problem. Uses recursive DBSCAN clustering to decompose large VRP instances, then solves each cluster as a QUBO on D-Wave's quantum annealer. Part of QIntern25.

D-Wave QUBO DBSCAN scikit-learn

BB84 Quantum Key Distribution

Full simulation of the BB84 QKD protocol with eavesdropper attack scenarios (interceptAndSend, entangleQubit). Capstone task for QxQ 2023/24.

Cirq QKD Quantum Cryptography

Quantum Mean Filter

Quantum implementation of the classical image mean filter using ENEQR encoding, cyclic shift circuits, and quantum addition — synthesized on the Classiq platform. Graduate course project at University of Latvia under Classiq & QWorld.

Classiq ENEQR NEQR QWorld

Young's Double Slit Experiment 🏅

Quantum simulation of Young's Double Slit Experiment using Hadamard and phase gates in Qiskit, run on both AER simulator and real IBM quantum hardware. Awarded Honorable Mention at Future Leaders in Quantum Hackathon 2025.

Qiskit IBM Quantum Wave-Particle Duality

🛠️ Tech Stack

Quantum SDKs

Qiskit Cirq PennyLane QuTiP

General

Python Dart C++ LaTeX Git GitHub

Scientific Computing

NumPy Pandas SciPy scikit-rf Matplotlib MATLAB

Hardware & EDA Tools

HFSS Keysight ADS KLayout Qiskit Metal pyEPR

Pinned Loading

  1. Parametric-Coupling-in-SNAIL-Fluxonium-Transmon-Fluxonium-SNAIL- Parametric-Coupling-in-SNAIL-Fluxonium-Transmon-Fluxonium-SNAIL- Public archive

    Hackathon Winner — 1st Place out of 200+ Teams. The project is Adaptation of the FTF architecture of Paper by MIT team,(https://arxiv.org/abs/2406.08295)

    Jupyter Notebook 1

  2. Young-s-double-slit-experiment Young-s-double-slit-experiment Public archive

    Honorable Mention — Future Leaders in Quantum Hackathon 2025 This project was awarded an Honorable Mention in the "Implementing Quantum Experiments" challenge under the Education Track of the Futur…

    Jupyter Notebook 1

  3. ATS-Quantum-Chip ATS-Quantum-Chip Public archive

    This project is for academic and research purposes and is part of the QINTERN2024. Please cite appropriately if this work contributes to your research.

    Jupyter Notebook 1

  4. Quantum-Mean-Filter Quantum-Mean-Filter Public archive

    A quantum image processing implementation of the classical Mean Filter. Developed as a graduate course project at the University of Latvia, under the umbrella of Classiq and QWorld.

    Python 2

  5. DBSCANSOLVER-Quantum-Vehicle-Routing-Problems- DBSCANSOLVER-Quantum-Vehicle-Routing-Problems- Public archive

    This project is developed for research and educational purposes as part of QIntern25. Please cite the relevant references if this work contributes to your research.

    Jupyter Notebook 1

  6. BB84-Quantum-Key-Distribution BB84-Quantum-Key-Distribution Public archive

    A simulation of the BB84 Quantum Key Distribution protocol — the world's first QKD protocol — including eavesdropper attack scenarios using Cirq. Developed as the Capstone Task for QxQ 2023/24.

    Jupyter Notebook 1