⚡🧠A finite element Python implementation
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Updated
Aug 27, 2025 - Python
⚡🧠A finite element Python implementation
A tool for optimizing spiral torsion springs, intended for but not limited to 3D-printing.
A Python library for calculations related to mechanics of materials.
.NET library for studying and working with elliptic curves (with LMFDB integration)
Dynamical System created from mapping of curvature and torsion of image of parametric planar curve when stereographically projected to the unit sphere.
Torsional Holofractal Theory (TTH): a geometric framework for objective quantum collapse, integrated information, and the physical basis of consciousness.
Derive and integrate the linearized equations of motion of any tensorial symbolic Lagrangian — symbolic derivation via Wolfram/xAct, numerical evolution via spectral solvers and Bayesian inference tooling.
This program saves the hassle of normal computation and computes the velocity, speed, unit tangent vector, curvature, normal vector, bi-normal vector, and torsion of a given position vector.
Bounded Frenet–Serret geometry and deterministic evidence. RSH constructs a three-dimensional path by prescribing curvature and torsion inside explicit Robitaille bounds, integrating the Frenet–Serret frame, and translating the exact discrete midpoint to the coordinate origin.
Mathematica apps on open I sections loaded by non-uniform torsion
To unify Electromagnetism ($U(1)$) and the Weak Force ($SU(2)$) through Riemann-Cartan Geometry. We hypothesize that the Weinberg Angle ( sin 2 θ W ) is a geometric constant of the vacuum lattice.
Numerical analysis library for arbitrary thin-walled structural cross-sections.
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