Every silo. Every platform. Every language. One tapestry.
Windows · WSL2 · Ubuntu · SteamOS · macOS — all get SDK entry points into the QE floor.
4 languages (C · Go · Python · Lean4) × 8 silos × 5 platforms × MEBAFIORD slices × GOAT formats.
The tapestry grows forever. Every node that joins adds a row. Every language that ships adds a column.
⚙️ C SDK🦫 Go SDK🐍 Python SDK✓ Lean4 SDK🪟 Windows🐧 WSL2/Ubuntu🎮 SteamOS8 SILOSABR-808
QE FLOOR — 6 CANON SYMBOLS · τ_γ₁ = 540/T · PRESENT ON ALL NODES · ALL SDKs
THE 6 CANON SYMBOLS
Every SDK on every platform exposes the QE floor. The constants are the same in C, Go, Python, and Lean4.
τ_γ₁ = 540 / T — at 300K = 1.80 fs.
The coherence window is the same regardless of which silo runs it.
τ_γ₁ COHERENCE SLIDER — QE TRIO
300K1.80 fs
QE-TRIO: SAME CONSTANT, 4 LANGUAGES
5 PLATFORM TARGETS — EVERY SILO RUNS AT LEAST ONE
SDK INSTALL — GET THE QE FLOOR RUNNING ON YOUR PLATFORM
SILO × PLATFORM × LANGUAGE MATRIX
✅ live⚡ partial/wsl◌ not deployed∞ canonical/fold→ Silo Lattice V9 for full per-silo detail
GOAT FORMATS × 4 LANGUAGES — ALL SILOS CAN PLAY ALL GAMES
MENENDO LATTICE — HARDWARE LANGUAGE · NATIVE TO EVERY PLATFORM
MENENDO — What it is
Menendo is the hardware-native language of the SILOTON standard (ARB-624).
Where yUNI (ops) and yLAW (governance) describe what a silo does and governs,
menendo describes what a silo is — its physical substrate, thermal budget, port map, and γ₁-distance.
Every SDK on every platform exports a menendo manifest: a machine-readable description
of the node's physical capabilities, anchored to γ₁ = 14.134725141734693.
JOFFE-MATH × QE-TRIO SDK — J-SCORE PER LANGUAGE PER SILO
The Joffe-Math extends to language dimension: each of the 4 QE-TRIO languages
has a lang_multiplier based on verification strength.
Lean4 multiplier = 1.40 (formal proof · closes sorry stubs)
Go multiplier = 1.20 (fleet-native · /breath reader)
Python multiplier = 1.10 (PTTE pipeline · human-readable)
C multiplier = 1.00 (hardware baseline · SPEEDRUNNER floor)