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leonardoLavagna/README.md

Hi, I'm Leonardo Lavagna (Leo)

A Mathematician and Data Science Enthusiast from Italy

I'm a mathematician specialized in data science currently pursuing a PhD in quantum computing at Sapienza University of Rome in the Department of Information Engineering, Electronics and Telecommunications (DIET) in the Neural Network Systems & Applications Laboratory (NESYA) multidisciplinary lab. Before starting my journey in quantum computing I've worked as an IT consultant and as a data scientist for a consulting firm in Rome. I enjoy multidisciplinarity, working both independently and in groups. More generally, I am passionate about participating in innovative projects that contribute to the improvement of society and the environment. Here I share some parts of my work as well as those projects I carry out in my free time and which are helping me grow, both personally and professionally.

Things I code with

My Skills

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  1. Activity Box Activity Box
    1 
    🛠️ WORKING ON Nesya Quantum Projects
    2 
    📢 NEW APP quantum-optimization-app.streamlit.app
    3 
    📢 NEW PUBLICATION inspirehep.net/literature/2849278
    4 
    ⏰ QT4HEP 20/01
    5 
    ⏰ IJCNN Deadline 15/01
  2. Collaborations Collaborations Public

    Repository for collaboration. The main idea is to connect with interesting people in the field of data science, have fun, and improve our soft and hard skills.

  3. Arxiv2408.15413 Arxiv2408.15413 Public

    Companion code for the preprint "On the Effects of Small Graph Perturbations in the MaxCut Problem by QAOA" www.arxiv.org/abs/2408.15413

    Jupyter Notebook

  4. qaoa qaoa Public

    Implementation of the Quantum Approximate Optimization Algorithm for the MaxCut problem with Qiskit, in a flexible and customizable framework.

    Jupyter Notebook

  5. ma_qaoa ma_qaoa Public

    Implementation of the Multi-Angle Quantum Approximate Optimization Algorithm for the MaxCut problem with Qiskit

    Jupyter Notebook 1

  6. qhdc qhdc Public

    A quantum Hyper-Dimensional Computing (qHDC) framework in Qiskit.

    Jupyter Notebook