Mathematical City

Atlas clone · Ωc = 47/125 · GitHub-hosted

The Mathematical City

An executable research architecture for invariant computation. Structure is discovered. Invariance is selected. Everything else is tested.

125carrier
47kernel
15/17bound
E0/E1ceiling here

Page 02 · The object

125 → K → 47

The City opens with the executable object, not a directory of laboratories.

VV₂⊗³carrier dim 125
K(C−6I)(C−30I)Casimir selector
E47ker Kselected dim 47

P₄₇ = P₆ + P₃₀ · Γ = I − εK² · ε* = 1/99144 · ρ* = 15/17

Page 03 · Instantiated world

Play the City.

One quiet client. Many instruments. Persistent computational citizens underneath.

CITY WORLD · READY
E47INVARIANT CORE

Pick a district.

Eidolon · Flight

Navigate the City as an explorable simulation surface. Instruments are places, not disconnected websites.

Primary source ↗

Page 04 · Instruments

Thirteen districts. One civic instrument.

The public surface is deliberately quiet. Enter a district through its stable City gateway, or open its primary research record directly.

Page 05 · Interface atlas

One index. Every surface keeps its lineage.

GitHub supplies stable public routes. Notion carries the primary research record. Supabase and other hosts execute current runtimes. Drive and Grok remain source and visual lineage where appropriate.

loading surfaces

Page 06 · Composition law

Labs are morphisms. The City is the operad.

P
Γε*(P)
P47(P)

Evidence class is invariant under composition. Cross-system mappings are typed arrows. Local failure does not silently become global refutation, and successful simulation does not silently become physical evidence.

Page 07 · SEE · Citadel

Every claim has a route back to evidence.

E0exact

Proof-level finite mathematics.

E1machine

Executable numerical witness.

E2simulation

Controlled modeled behavior.

E3+external

Empirical, experimental, hardware gates remain explicit.

Page 08 · Route

Start simple. Go as deep as you want.