General Relativistic Atomic Structure Package
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Updated
Sep 21, 2025 - Fortran
General Relativistic Atomic Structure Package
Spacetime Extension for nalgebra
Starmap/Skymap basic structure with SSZ Physics basic Plots.
A fully relativistic 3D electromagnetic simulator, with graphical representation!
A high-performance Python application for visualizing relativistic hydrogen-like wavefunctions and dipole transitions using the Dirac equation.
Computational proof of the Schwarzschild metric in Python — GR time dilation derivation, orbital trajectory simulation, gravitational redshift calculation, and numerical relativity visualisation.
A relativistic model re-interpreting Riemann zeta zeros as energy eigenvalues to achieve zero-knowledge prime discovery via spectral resonance.
A domain-specific language for probabilistic combat simulation — first-class probability distributions, relativistic physics frames, domain expansions, and binding vows
La fisica e la matematica alla base dei buchi neri sono avanzate, ma il loro fascino è universale. Il mio obiettivo è renderle accessibili a tutti, percorrendo un viaggio che dall'area dell'orizzonte degli eventi ci porterà fino al principio olografico, attraversando la sorprendente termodinamica dei buchi neri.
Simulating relativistic Doppler chirps and recovering the warped signal using a matched-filter receiver.
🔍 Visualize hydrogenic states and their dynamics with this high-performance Python tool for interactive 3D analysis of relativistic Dirac spinors.
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