8000 mgabijo (Maria Gabriela Oliveira) · GitHub
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  • NQCP, NBI, Copenhagen university
  • Guimarães, Portugal
  • X @_mgabijo_

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mgabijo/README.md

Hi there 👋

I am a Portuguese physics Ph.D. student at NQCP, Niels Bohr Institute, University of Copenhagen, Denmark. My research focuses on quantum computing, specifically quantum algorithms, and their related applications.

Previously, I was a master's student in Engineering Physics, specializing in Information Physics, at the University of Minho in Braga, Portugal. I was also a research student at LIP Minho, where I did my master's thesis on quantum computing applications to quantum chromodynamics.

🔭 I have experience with machine learning, quantum machine learning, quantum computing, quantum algorithms, and quantum information. I am curious about the theoretical foundations of particle physics, solid state physics, and probably anything else that could help to learn how the world is made and works. I think that outreach activities are of enormous importance in society, and so I like to get involved in them.

✨ I love to learn new things, specially when related to physics, machine learning, quantum computing, quantum information, data analysis and ... cooking. ✨

👯 I’m always looking for good books, good articles, or simply a good talk.

⚡You can find my full curriculum here.

📫 How to reach me:

LinkedIn Google Scholar

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  1. The-two-site-Heisenberg-model-on-a-quantum-computer The-two-site-Heisenberg-model-on-a-quantum-computer Public

    The two-site Heisenberg model studied using a quantum computer: A pedagogical introduction.

    Jupyter Notebook 1 1

  2. QML-HEP QML-HEP Public

    Forked from mcpeixoto/QML-HEP

    Fitting a Collider in a Quantum Computer: Tackling the Challenges of Quantum Machine Learning for Big Datasets

    Python 1 1

  3. Quantum-Chemistry Quantum-Chemistry Public

    The variational quantum eigensolver (VQE) is explored to determine the minimum state energy of three molecules.

    Jupyter Notebook 2 1

  4. ReinforcementQML ReinforcementQML Public

    Forked from mcpeixoto/ReinforcementQML

    Comparative study: Quantum vs. classical models for Cart Pole. Examining entanglement layers and data re-uploading, highlighting quantum model superiority.

    Jupyter Notebook 1

  5. Advanced-Instrumentation Advanced-Instrumentation Public

    Forked from mcpeixoto/Advanced-Instrumentation

    Airplane simulator controlled by an accelerometer

    Assembly 1

  6. mcpeixoto/CiberPhysicsComputing mcpeixoto/CiberPhysicsComputing Public

    Ciber Physics Computing Class 2022/23

    Haskell 1 1

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