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raphaelgimenezneto/README.md

Hi there, I'm Raphael 👋

I am a medical student (Medical Student @ USP), systems thinker, and writer. My code is where I translate physical and theoretical chaos into mathematical order.

While my ultimate goal is to understand the human mind—merging Psychiatry, Philosophy, and Literature, my practical work here is grounded in the hard sciences: Physics, Mathematics, and High-Performance Scientific Computing.

🔬 What I build here:

  • Physics-based models & Numerical Simulations: Trying to model the natural world and complex dynamical systems mathematically.
  • High-Performance Python: Pushing the limits of Python (Numba, NumPy, JIT) because exploring chaos requires speed.
  • Reproducible Workflows: Building epistemological rigor into the code itself with version control and strict metadata.

🧠 Beyond the Code:

The physical world is mapped by algorithms, but the human experience is mapped by words. When I'm not writing simulations or studying medicine, I write fiction, poetry, and philosophical essays.

You can explore the phenomenological side of my mind under my literary alter ego, Raphael Karamázov.

📫 Let's connect:

I'm always open to talking about physics, chaotic dynamics, Schopenhauer, or Dostoevsky. Reach out to me on LinkedIn.

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  1. chaotic-3body-simulation chaotic-3body-simulation Public

    A Numba-accelerated simulation and spatial analysis of a chaotic gravitational system, built with a focus on extreme performance and 100% reproducibility.

    Python

  2. aeon aeon Public

    Forked from aeon-toolkit/aeon

    A toolkit for time series machine learning and deep learning

    Python

  3. amangkurat amangkurat Public

    Forked from sandyherho/amangkurat

    Symplectic pseudo-spectral solver for (1+1)D nonlinear Klein-Gordon equation with topological solitons, breathers, and Numba acceleration.

    Python