Two map families. Seven dimensional orbits. Six mythic reservoirs. Eighty-eight constellations. An instrument for storing meaning by coordinate.
Right Ascension, Declination, Altitude — the same coordinates astronomers use to point a telescope at a real star. Every idea, every memory, every song lives at a real address in the same sky.
Concepts thread through every layer via the same coordinate. The knowledge maps and the position maps cross-reference, but stay separate.
Four layers, top-down. Concepts thread through all of them via the same coordinate. The Canonical layer is what every instance shares. Below it: this device's library, its grammar, its vocabulary.
Two more sheets — the Celestial Map for astronomical positions, and the Planet Map for positions on bodies. Where the knowledge layers say what, the position layers say where.
Each interrogative is an orbit with real elements — semi-major axis, eccentricity, inclination, period. The .orbit file for WHAT literally specifies a = 55, e = 0.12, i = 8°, T = 365.25 d.
EPOCH J2025.0
The WHAT dimension nests further — each of twelve knowledge domains has its own .orbit file, its own period, its own tilt.
The world reaches in through six channels. Each one carries its own reservoir of what humans have already understood about it — drawn from a different tradition, named in a different tongue. Mind, sight, sound, touch, smell, taste. Together they are how the instrument knows the world the way a person does — through the body, not just the page.
The sky overhead is not a metaphor here — it is the index. The same eighty-eight constellations recognised by the IAU, the same stars catalogued by ESA Gaia, the same patterns navigators, farmers, storytellers, and astronomers across every continent have looked up at for thousands of years. What we keep at each address is what is actually there: the star itself, the names many cultures have given it, the songs and stories that travel with it, the seasons it announces, the science it has unlocked. One coordinate, every reading, side by side.
Look up at Sirius. The brightest star in the night sky is one address. At that address: the IAU's Canis Major, Aboriginal accounts of it as a glittering eye, Polynesian use of it for navigation, Egyptian flooding of the Nile, twentieth-century parallax measurements, and the chemistry of the white-dwarf companion all sit together. None of them is the footnote.
A region of sky becomes addressable storage. Where the Egyptians saw a hippopotamus and the Greeks saw a sea-goat, this database sees rows.
The eighty-eight IAU constellations are one cartography. The same stars, drawn through other eyes, become a dragon in Chinese sky-lore, a hunter in Greek myth, an emu seen between the Milky Way's dust clouds in Aboriginal astronomy, a navigational compass in Polynesian wayfinding. Every reading is held intact — none collapsed into a single tradition.
Four readings, one sphere. The instrument keeps each tradition by its own logic — the line that joins three stars into a belt is a different line from the one that joins them into a dragon's spine.
Three databases, infrastructural rather than content-bearing. They do not store what — they govern how records meet through interaction, how time flows past them, how culture casts them in different light. An entirely new database architecture had to be built to hold this — one that keeps these three binding layers separable and inspectable, which is what allows the whole instrument to run on a single device, offline, where conventional database stacks could not.
Oral traditions held the order of things long before databases did — storyteller after storyteller, the sequence preserved by the next telling. This system carries that idea forward: nothing is rewritten in place, the earlier version remains, and the order in which understanding arrived is part of the understanding. Memory belongs to the people whose memory it is.
Maya scribes painted history as cause facing forward, effect facing back — every event readable, every actor named, every consequence accounted for. The same instinct lives in the architecture: when one thing changes another, the relationship is inscribed and attributable. There is no anonymous cause and no consequence without lineage. Provenance is a moral act, not a feature.
A river is not the same idea in the Andes as in the Murray. Country is not land. A name carries different weight in one tongue than in another. Mainstream AI smooths all of these into a single trained voice — usually the loudest one. This system holds every framing intact, side by side, weighted by the speaker, the context, and the question being asked. An instrument that serves one people only is not infrastructure. It is a megaphone.
— Together, these three are the difference between an AI that knows about the world's traditions and one that is genuinely built from them. The goal is not to speak for any tradition, but to build a space where each can speak for itself — intact, weighted, and heard.
Every projection is a confession. The celestial sphere cannot be flattened without losing something — area, angle, distance, shape. The instrument knows them all, and chooses honestly each time which truth to keep.
RA on the horizontal, DEC on the vertical. The simplest possible rendering — each axis is itself, no transformation. The projection of choice when you want the coordinate to speak plainly.
The cosmographer's standard — used for cosmic microwave background maps and full-sky catalogues. Every patch of sphere occupies its true proportional area. The whole celestial database in one elliptical glance.
Centered on the celestial pole — the instrument's anchor. Angles are preserved, which makes this the projection of navigation and finder charts. The price: the sphere stretches outward, the equator inflated.
Half the sphere, no more. The nearest projection to seeing the celestial database as it actually is — a sphere in space — at the cost of admitting only one hemisphere at a time. The other half is on the back.
The same coordinate, rendered four ways. Each projection is itself a coordinate transformation — a rule for reading the same database through a different lens. The instrument is honest about what each rendering keeps and what it gives up.