BlackRoad-AI / road-math Star 1 Code Issues Pull requests The Amundson Mathematical Framework — Session Paper. G(n) = n^(n+n/n)/(n+n/n)^n. From 0/0=0 to the integral equals n/n. python quantum-mechanics mathematics computational-mathematics number-theory mathematical-constants amundson-framework Updated Mar 29, 2026 Python
milmiablip / The-1.86-Exponent-A-Theoretical-Derivation-of-the-Geometric-Compatibility-Constant Star 0 Code Issues Pull requests science simulation geometry mathematics fibonacci theory golden-ratio fractal-geometry mathematical-constants zenodo-doi Updated Jan 31, 2026 Python
burnol-math / kempner Star 0 Code Issues Pull requests Mirrors https://gitlab.com/burnolmath/kempner maple-code kempner-series mathematical-constants Updated Jan 10, 2026
burnol-math / irwin Star 0 Code Issues Pull requests Mirrors https://gitlab.com/burnolmath/irwin sagemath kempner-series mathematical-constants irwin-series Updated Jan 10, 2026 Python
BlackRoad-Quantum / amundson-millennium Star 0 Code Issues Pull requests BlackRoad Quantum — Honest exploration of connections between the Amundson Framework G(n)=n^(n+1)/(n+1)^n and the Millennium Prize Problems science research quantum-mechanics mathematics navier-stokes number-theory millennium-problems riemann-hypothesis mathematical-constants blackroad pave-tomorrow blackroad-quantum Updated Mar 29, 2026 Python