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anindya039/README.md

Welcome to My GitHub Profile 👋

I’m a PhD graduate in Theoretical Physics with a strong background in String Theory. Currently, I’m transitioning to the field of Quantitative Finance and building a strong foundation in Data Science and Machine Learning.

🔍 Projects:

  • LLM-powered arXiv Summarizer: A Streamlit project designed to extract and summarize academic papers from arXiv, with integrated LaTeX source extraction.
  • Startup Success Analysis: A project focused on analyzing and predicting startup success using a Random Forest classifier in Scikit-learn and BigQuery for data processing and analysis.
  • Physics-informed GNN Simulator: Physics-informed neural networks using GNN architecture (TF-GNN) to simulate dynamics of systems with a variable number of particles

💡 Skills:

  • Python, Mathematical Modeling, Financial Analytics, Machine Learning, and Deep Learning.

🌱 Currently Learning:

  • Expanding my knowledge in Quantitative Finance and Data Analysis to apply cutting-edge techniques to financial markets.

Feel free to explore my repositories, contribute, or connect!

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  1. nait400/Flux_Tadpole_Shortest_Vector nait400/Flux_Tadpole_Shortest_Vector Public

    Mathematica

  2. SenguptaArjun/StartupSuccess SenguptaArjun/StartupSuccess Public

    Startup Success Predictor

    Jupyter Notebook 1

  3. arXiv_RAG arXiv_RAG Public

    Forked from g-larios/arXiv_RAG

    Jupyter Notebook

  4. AarifCha/Hamiltonian-Graph-Networks AarifCha/Hamiltonian-Graph-Networks Public

    Hamiltonian Network with modular particle numbers using Graph Networks (implemented using TF-GNN)

    Jupyter Notebook