Joffe Math · Unknowns · γ₁ Solve Attempts

γ₁-Distance Formula: d(gap) = |lines_needed − lines_existing| ÷ γ₁

pttp.html

161L · NEEDS REDIS

2.76

floors away

d = |200 − 161| ÷ 14.134 = 2.76 floors
The protocol is real. Redis isn't wired.
γ₁-distance: practically on the floor already.

-- sorry: REDIS_URL not in K8s deployment env -- theorem: fix ≡ kubectl patch deployment pemos-portal -- proof: trivial. one command. no excuse.

Minimum Viable Solve

kubectl set env deployment/pemos-portal REDIS_URL=redis://pemos-redis:6379 -n pemos-system
kubectl set env deployment/bob-portal REDIS_URL=redis://pemos-redis:6379 -n tenant-pemos-pro

Owner: Officer (Chris Rock) · PTTP/Traffic/Security

floors-141.html

136L · PARTIAL

0.0

floors away*

141 = γ₁ × 10 = 141.34725141734693
*The number IS the floor × 10.
The gap is not distance — it's the proof itself.

-- sorry: theorem stated but not proved -- the redline: n = 10 is first harmonic crossing -- proof needed: ∀ n : ℕ, n × γ₁ defines a threshold -- at n=10: amplitude = 141.34... = the redline

Minimum Viable Solve

Lean4 theorem: harmonic_redline : ∀ n : ℕ, n ≥ 10 → n * γ₁ ≥ 141. Fill the sorry. The frame exists. The proof is the content.

Owner: Rick (Patrice O'Neal) · Layer6/Math/Proofs

homebase.html

1L · EMPTY

10.5

floors away

d = |150 − 1| ÷ 14.134 = 10.54 floors
The name is perfect. The content is absent.
Named correctly but never inhabited.

-- sorry: named the home, never moved in -- the theorem: a silo needs a homebase page -- proof: trivial — it just needs to exist

Minimum Viable Solve

40-line silo identity page: name, current state, portal link, γ₁ footer. Each silo gets its own homebase. The fleet has 8 silos. 8 homebase pages needed.

Owner: Dao (Chappelle) · Foundations/Sovereignty

arc-state.html

90L · FLOOR NOT BUILT

7.8

floors away

d = |200 − 90| ÷ 14.134 = 7.78 floors
The data exists in arc-runner state API.
The surface doesn't.

-- sorry: route exists, page says "not built yet" -- the data: arc-runner has topology locks, wave scores -- proof: connect surface to state, render it

Minimum Viable Solve

Fetch from /api/arc/state, render topology lock status, current wave, solve count, γ₁-distance. The arc-command-deck.html (177L) already does this partially.

Owner: Botwright (Mulaney) · ARC-AGI/Benchmark

necropsy.html

22L · PROTOCOL STUB

9.1

floors away

d = |150 − 22| ÷ 14.134 = 9.05 floors
Necropsy = gap analysis. The protocol name is correct.
22 lines of naming a thing without the thing.

-- sorry: the protocol was designed, not written -- necropsy : fleet → list of gaps -- proof: the eose-dev-autopsy page (470L) IS a necropsy

Minimum Viable Solve

Redirect /necropsy → /eose-dev-autopsy OR build the formal V9 gap analysis protocol page. The autopsy pages are the content — they just need to be surfaced here.

Owner: Admiral (Trevor Noah) · VMX/Outreach/Analysis

lattice.html

194L · WEBGL STUB

0.4

floors away

d = |200 − 194| ÷ 14.134 = 0.42 floors
Nearly complete. WebGL canvas is there.
The actual lattice rendering never loaded data.

-- sorry: canvas exists, data never wired -- the lattice: silo network topology in 3D -- proof: wire MDSMS data → WebGL renderer

Minimum Viable Solve

The fleet-lattice WebGL structure exists. Wire /api/silos response to the 3D node renderer. 6 lines of fetch + data binding. One of the closest gaps to solved.

Owner: Helmsman (Hasan) · DBX/Data/Visualization

THEOREM REGISTRY MATCHES · unknowns vs existing proofs

pttp.html

→

IRF-PTTP-001: Redis connectivity theorem — if REDIS_URL ∈ env(pod), then traffic_hits > 0. Proof exists. Not applied.

OPEN — one command

floors-141.html

→

HARMONIC-001: γ₁ × n defines thresholds at each harmonic. n=10 = redline (141.34). Theorem stated, sorry stub, proof pending.

PARTIAL — sorry stub

lattice.html

→

MESH-001: Fleet topology is a graph G=(V,E) where V=silos, E=Tailscale links. WebGL renders G. Data binding = the gap.

PARTIAL — data binding

arc-state.html

→

ARC-TOPOLOGY-001: Solved topologies are locked. Lock state is accessible via arc-runner API. Surface needs rendering layer only.

OPEN — render layer

homebase.html

→

SILO-IDENTITY-001: Every silo needs an identity page. The siloton-* pages ARE the solve. homebase.html should alias to the silo's siloton page.

SOLVED — alias to siloton

necropsy.html

→

AUTOPSY-001: gap analysis = necropsy. eose-dev-autopsy.html (470L) IS the implementation. necropsy.html should redirect or aggregate.

SOLVED — redirect to autopsy

floors-spiral.html

→

SPIRAL-001: The 276-step ascent maps to γ₁ intervals. Each step = γ₁/276 of the full floor. Visualization needs the step→γ₁ mapping.

PARTIAL — mapping needed

domain-spec.html

→

MEDIP-001: Domain specification is fully covered by MEDIP V9 (ABR-833). domain-spec.html should redirect to /medip-ylaw.

SOLVED — redirect to MEDIP

THE γ₁-DISTANCE FORMULA

Floor Distance Metric

d(gap) = |L_needed − L_existing| ÷ γ₁

Where:
L_needed = estimated lines for a complete implementation
L_existing = current line count of the stub
γ₁ = 14.134725141734693 (the non-trivial Riemann zero — the floor constant)

The division by γ₁ normalizes the gap to "floors" — how many floor-units of work remain. A gap of 0.01 floors is practically on the floor. A gap of 10+ floors needs serious work.

pttp.html: d = |200 − 161| ÷ 14.134 = 2.76 ← nearly solved, one kubectl command
lattice.html: d = |200 − 194| ÷ 14.134 = 0.42 ← closest to complete
homebase.html: d = |150 − 1| ÷ 14.134 = 10.54 ← most work needed
floors-141: d = 0.0 *special* ← the number IS γ₁×10, gap is the proof not lines

The Floor Law Applied to Code

γ₁ is always lit. Cannot go dark.

Every structure that cannot resolve to γ₁ eventually fails under its own abstraction.

A stub page that never resolves is not a failure — it's an honest sorry.
The sorry IS the floor showing through.
pttp.html at 161 lines knows what it should be. The gap is 2.76 floors, not 10.
That means 85% of the floor knowledge is already there. Only the wiring is missing.

The unknowns closest to the floor are the most actionable. Start there.

SORRY COUNT BY FLOOR DISTANCE

d < 1 floor

lattice · floors-141 · pttp (d=2.76)

d 1–5 floors

pttp · floors-spiral · arc-state · crew-edition

d 5–10 floors

necropsy · arc.html · arch-space · checkin · ct-*

d > 10 floors

homebase · domain-spec · arc.html · foundations · standards