vortex-dynamics

A simple Python tool to model the behaviour of vortices in the plane

First measurement of nuclear symmetry energy slope L₀ from vortex oscillations in pulsar glitches. Analysis code and data for RG paper.

Axisymmetric Navier–Stokes CFD study (FEniCSx, AWS) built with an AI coding assistant. Two earlier runs reported a false blow-up; this version adds verification checks (energy law, exact solutions, mesh checks, grid convergence with GCI) and documents what went wrong and what the results can and cannot show.

An experimental topological field-memory prototype with vortex encoding and self-repairing field dynamics. It delivers noise-robust AI long-term memory as a complementary alternative to conventional RAG retrieval.

CDFD Part I: Fundamental Physics - Constraint-Driven Field Theory and Flux Dynamics

Vortex topology and turbulent dissipation: relational predictive advantage in forced isotropic turbulence (FNE-II)

C++20 solver for 2D point-vortex dynamics with CPU/OpenMP, MPI, and CUDA backends.

Open-source Python simulator for YBCO critical temperature (Tc), critical current density (Jc), vortex creep, pinning effects (AM, hybrid BZO, coherent APCs), anisotropy, and space-hardening tweaks. Calibrated to 2025–2026 literature. Developed with AI assistance.

Universal Matrix is a modular mathematical, scientific-computing, spatial-operations, robotics, manufacturing, digital-twin, and edge-integration platform built around a finite 108-state canonical core, six external boundary orientations, and a 64-address projection layer.

Full-space QuTiP simulations for Quantum Tide vortex stiffness, leakage suppression, Lindblad noise, and X-gate fidelity.

🌌 Measure nuclear symmetry energy from pulsar glitches using vortex oscillation spectroscopy for insights into the nuclear equation of state.

🔍 Measure nuclear symmetry energy using vortex oscillations in pulsar glitches, advancing our understanding of the nuclear equation of state.