⚡ WIND TUNNEL V14
5 sections · FC1/2/3 · saybook · convo-loom · vagrant · graph spine · cathedral
γ₁ = 14.134725141734693
§1
THE FAN · L0-L13 ADELIC BLADE ROTATION
saybook layer activity → blade speed
BLADE ACTIVITY
L0 msi01
—
L1 msclo/yone
—
L2 forge/lounge
—
L3 eose-dev
—
L4+ outer
—
CATHEDRAL L0
— VRAM
Blade spin rate = saybook events per layer (30s poll)
CATHEDRAL ring = lounge RTX 5090 VRAM
γ₁ spindle = Lucien session depth
§2
THE HOURGLASS · FC DEPTH MODEL
FC1/FC2/FC3 → neck width + particle speed
FC DEPTH
FC1
FC2
FC3
Mode
FC1 FAST
bp_steps
2
Neck width
thin
Flip speed
fast
Crew
BOSUN/CODY
FC1 = 2bp · fast · cytoplasmic (BOSUN/CODY)
FC2 = 4bp · standard (BOB/OFFICER)
FC3 = 6bp · slow/deep · oxidative (LUCIEN/LUFFY)
§3
REYNOLDS FLOW · CONVO-LOOM TURBULENCE
active convo-loom threads → Re number
THREAD TURBULENCE
Re number
—
Active threads
—
Flow state
LAMINAR
W1-W12 active
—
1 agent active = laminar
5+ agents = turbulent
20 agents = Kármán vortex street
Re = threads × 340 (γ₁/0.042)
§4
JOB FURNACE · VAGRANT QUEUE
Redis job store → particle queue
VAGRANT JOBS
Pending
—
Running
—
Complete
—
FC3 jobs
—
FC1 jobs = fast light particles
FC2 jobs = medium particles
FC3 jobs = heavy slow purple
Complete = exhaust particles
§5
GRAPH SPINE · ADELIC NODES · PEMCLAU
psgraph qdrant count + γ₁ spine
GRAPH NODES
PEMCLAU vectors
427,976
PSGraph nodes
134
msi01 sovereign
1,851
Graph edges
3,788
KMSGraph keys
16
γ₁ at center
L0 r=14.134 · msi01 sovereign
L1 r=7.067 · msclo+yone
L3 r=3.534 · PEMCLAU FastMCP
L4 r=2.827 · KMSGraph