Mini research article and Python simulation demonstrating computational methods in astrophysics.
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May 8, 2026 - Jupyter Notebook
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n-body-simulations
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Debosmita Sarkar — Independent Researcher, Kolkata, India. A provenance-audited gravitational N-body world simulator validated against NASA JPL DE440, introducing the Fidelity–Limit Theorem: a closed-form predictability horizon for chaotic systems. DOI: 10.5281/zenodo.21329246
computational-physics astrophysics ephemeris research-paper general-relativity gravitational-simulations celestial-mechanics lyapunov-exponents lyapunov-exponent n-body-simulations
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Jul 22, 2026 - TeX
Real-time galaxy physics engine capable of simulating 10,000+ particles at 60 FPS using GLSL Compute Shaders and tiled shared memory.
c linux opengl physics raylib physics-engine galaxy gpu-computing compute-shaders n-body-simulations
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Jul 18, 2026 - C
Binary classifier for spurious dark matter haloes in warm dark matter N-body simulations, replacing an empirical sphericity cut with scikit-learn and PyTorch models trained on WDM–CDM counterpart matching labels.
python machine-learning scikit-learn jupyter-notebook pytorch cosmology binary-classification dark-matter mlflow shap duckdb n-body-simulations warm-dark-matter
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Jul 22, 2026 - Jupyter Notebook
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