Five Lines, No t: the Gravity Equations Are Published
Unified Gravity made the reading; the thirteenth T Theory instrument writes it down. Five measured equations threaded by one substitution — the count for the clock — and rendered live: a black hole against a counted cosmos.
The chain fits in a breath. Mass is a rate: ν = mc²/h, de Broglie’s century-old clock. Mass slows the neighboring count: ν(r) = ν∞√(1−rₛ/r), the dilation Pound and Rebka measured up a tower and GPS corrects for every second of every day. The fall is the rate gradient: g = −c²∇ln ν — substitute line two and Newton’s GM/r² returns exactly at the far frame. Where the count reaches zero, the cut fails: rₛ = 2GM/c², the horizon, photographed by the EHT. And light leans toward the slow count: α ≈ 2rₛ/b, Eddington’s 1919 result, Fermat’s reading. Five lines, every one measured physics. What T Theory adds — marked as reading, never as result — is the thread: no t anywhere, only ν. Gravity as the bookkeeping of rates. Nothing pulls; the counting thins.
Then the equations run. The instrument’s second section is the Unified Renderer pointed at the seam itself: every pixel one figure traced whole through the bent count, the geodesic integrated step by step — nothing painted — over a procedural cosmos of blackbody stars, a galactic band, distant wheels. The photon ring hugs the shadow at 1.5 rₛ. The disk, if you keep it, wears lines 02 and 05 openly: the approaching side burns brighter and bluer under the Doppler beam, and everything nearer the seam sits deeper in the slow count. One button switches the eye to THE RATE, and the same figures paint ν itself — seven register hues from violet (the free count) through red (the thin count) to black: the seam, where there is nothing left to count. The fall, at every point of that image, points down the colours.
— THE GRAVITY EQUATIONS · § 03
Like every instrument of the system, it runs entirely in the browser — nothing stored, nothing sent, every pixel a figure traced past the seam. The equations stand or fall as physics already stood or fell; the thread stands as reading, seams visible.