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gravitational-coupling

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DawsonInstitute / coherence-gravity-coupling

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Modified gravity framework exploring coherence-field coupling (ξRΦ²), curvature-EM coupling (κ_R RF²), and BSM parameter space (dark photon, axion). Validated 3D solver, null-result constraints, tabletop feasibility analysis.

python constraints quantum-gravity bec axion geometry-optimization experimental-physics superconductor numerical-simulation bsm-physics feasibility-study poisson-solver loop-quantum-gravity curvature-coupling macroscopic-coherence cavendish-experiment gravitational-coupling 3d-pde-solver nonminimal-coupling dark-photon
  • Updated Jan 30, 2026
  • Python

lege-artis / jwst-l2-coupled-dynamics

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Canonical reference implementation of two-rigid-body gravitationally-coupled dynamics, anchored on a JWST-like primary and probe-like secondary. Python + Fortran backends, first-principles canonical-tier docs (Ch 00..06), cross-validated against Python oracle at Higham §4.2 Option G tolerance. Sibling to lege-artis/fourier.

python fortran numerical-analysis jwst rigid-body-dynamics apache-2-0 gravitational-coupling canonical-reference lege-artis gravity-gradient-torque l2-lagrange-point euler-poincare
  • Updated Jul 11, 2026
  • Python

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