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makskliczkowski/README.md

Hey there👋, I’m @makskliczkowski

Physics and Big Data Analytics graduate, currently pursuing a **PhD in theoretical physics** and working as a software engineer 🔧 at Bustec Production Ltd. I have a strong passion for problem-solving and am particularly interested in strongly correlated quantum systems, condensed matter physics, and numerical simulations. I'm dedicated to writing high-quality code and deepening my understanding of scientific concepts. Also, I'm a volleyball player! 🏐

⚡🙋‍♂️ About Me


  • 🔧 I’m currently working on: Developing new tools for Analytic Continuation and studying quantum chaotic and integrable systems..
  • 📖 I’m currently learning: Delving into the intricacies of quantum chaos.
  • 💞️ I’m looking to collaborate on: Simulations of Quantum Systems, Machine Learning, or advanced numerics in physics.
  • 📫 How to Reach Me: Drop me an email at maksymilian.kliczkowski.at.pwr.edu.pl

🛠️ Skills

Languages

C++  Python  Shell Script  Scala  R 

Database

MySQL  SQlite 

Tools and Technologies

Linux  Git  VSS  tensorflow 

Data Analytics

Numpy  Pandas 

Environments

Jupyter  Conda  VS Code 

Papers 📙📘

  • 📙Average entanglement entropy of midspectrum eigenstates of quantum-chaotic interacting Hamiltonians
  • 📙Eigenstate entanglement entropy in the integrable spin-1/2 XYZ model
  • 📙Autoencoder-based analytic continuation method for strongly correlated quantum systems

📄📜 Stats

            








Visitors Count









    📬📥   Connnect with Me


        LinkedIn     Gmail    





 Kaustav inspired 

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  1. QuantumEigenSolver QuantumEigenSolver Public

    This project provides a comprehensive framework for simulating quantum systems using various models and functionalities. The project leverages advanced mathematical libraries and parallel computing…

    Jupyter Notebook 1

  2. DQMC DQMC Public

    The Determinant Quantum Monte Carlo model for Hubbard - like Hamiltonians

    Jupyter Notebook 4

  3. MajorityVote-counting MajorityVote-counting Public

    A model for majority vote counting on different lattices, showing the Ising criticality behaviour.

    1

  4. DAC_Reference DAC_Reference Public

    This is a DAC Voltage Reference project for controling via SCPI standard library

    Python

  5. general_cpp general_cpp Public

    General methods for physics

    C++ 1