Four ways in
Pick the door that matches your curiosity. Every track is free to explore — the Researcher Tier adds the full course, cloud compute, and saved fits.
Learn the framework
The Living Axiom, toroidal topology, and the grand unification — every equation rendered beautifully, every idea explained in plain language.
Open the curriculum →Take the course
Ten lessons across four modules — Standard Model side-by-side with QAG, from quantum thermodynamics to the Psychon. Lesson 3.2 free forever.
Open the course →Simulate a galaxy
Drag the sliders and watch a rotation curve emerge from the QAG velocity law — no dark matter required. Presets for real galaxies like DDO 154.
Open the simulator →Command the vessel
The R&R Command Vessel: canonical constants, kinematic beacon profiles, and the telemetry pipeline researchers use to interrogate the framework.
Open the vessel →The core claim, stated plainly
QAG derives galactic rotation curves from baryonic matter plus an affinity field — fitting SPARC galaxy data with a single global minimization, instead of invoking unseen mass.
Stars and gas give you the Newtonian part. The affinity term — governed by the locked constants a₀ = 1.2047 × 10⁻¹⁰ and KASB = 0.013829 — supplies the rest. One framework, 175+ galaxies, no dark matter halo fitted per galaxy.
Where the science honestly stands
What the math does
The rotation-curve fits, the temporal echo formalism, and the interferometry noise budgets are derived, coded, and reproducible from the open repositories.
What would convince a skeptic
Independent fits on blind datasets, peer-reviewed publication, and the proposed Mach–Zehnder interferometry experiment. This portal teaches the framework as a research program — not a finished verdict.
Honesty is the product. Nexus never presents QAG as experimentally confirmed. It presents the derivations, the code, and the falsifiable predictions — and lets you run the numbers yourself.
Go deeper as a Researcher
The free tier teaches and simulates. The Researcher Tier ($30/mo) unlocks cloud compute: run the full optimization engine on live astronomical datasets, save your fits, and join the research community.