SYSTEM NOTE
Intervals become a sky.
A visual prime-gap field model. Not a formal number theory or proof tool.
OBSERVATION CHAMBER / MVP
Prime Gap Constellation
A visual prime-gap field model for observing prime spacing, long voids, twin pairs, and density drift as a constellation map.
gap
Prototype
PRIME GAP FIELD
Scan prime gaps as a star map of bright returns, long silent voids, twin flashes, and density drift.
First observation
Use SCAN or RANGE SHIFT to move the window. Drag the field to hunt for long gaps and dense clusters.
PRIME STAR MAP
primes 0 / max 5000
OBS-000 / CONSTELLATION / 00:00
OBSERVATION POINTS
Gaps, twins, density, and voids.
- CONSTELLATION reads gaps as points and trails across a flat star field.
- SPIRAL and RIDGES reshape the same gaps so density and long intervals become easier to compare.
- GAP emphasizes long silent spaces; TWIN highlights close returns separated by 2.
- Unlike a calculator, this chamber is about the rhythm of empty space between prime returns.
OBSERVATION GUIDE
Touchpoints for Observation
Observe prime gaps as a constellation of bright returns, long silent voids, twin-prime flashes, and density drift across a number field.
- Scan forward, shift the range, drag the canvas to move the observation window, then compare CONSTELLATION, SPIRAL, RIDGES, GAP, TWIN, and DENSITY views.
- GAP makes long intervals read as visible voids.
- TWIN highlights short returns separated by 2.
- DENSITY shows how the star field thins as the range grows.
This is a visual prime-gap field model, not a formal number theory or proof tool.
Runs inside the browser with no upload and no registration.
SYSTEM NOTE
g_n = p_{n+1} - p_n. The chamber maps each visible prime gap into a star-like point, void, or density trace; average spacing is compared with log(x).
OBSERVATION POLICY
This lab runs in your browser. No image, pointer trace, or input is uploaded by this prototype.
OBSERVATION LOG
Observation logging will be connected with moderation in a later build.