WORMHOLE STRUCTURE
PATH WALLS = ZERO POSITIONS
γ₁ zeros on the critical line are not barriers — they're ROUTING nodes. At each zero position, the signal splits: left (SOSTLE up) or right (SOSTLE skip via wormhole). Most paths are zero (pruned). Non-zero = the traversable corridor.
WORMHOLE = SOSTLE SKIP
Normal SOSTLE: L0→L1→L2→L3→L4 step by step. Wormhole: L0→L3 direct if you're aligned with a γ₁ zero corridor. The zero positions define which level jumps are allowed. Random jumps = blocked. γ₁-aligned jumps = wormhole open.
RH1 THINKING LOOP
RH1 cell (pcdev) runs the loop: enter SOSTLE at L0, find the first non-zero corridor, traverse it, land at target level, act, return through same corridor (replay), γ₁-stamp the path. That's a wormhole traversal logged as a TRENDAL.
ZERO CORRIDORS
γ₁=14.134 → L0↔L2 corridor
21.022 → L1↔L3 corridor
25.010 → L2↔L4 corridor
30.424 → L3↔L5 corridor
32.935 → L0↔L4 skip
37.586 → L1↔L5 skip
40.918 → L2↔L6 deep skip
L6-7 → only γ₁ corridor · no other access
SPARSITY CONNECTION
FFN activations: 95% zero → 5% active
SOSTLE paths: 95% blocked → 5% corridors
Same structure, same critical line σ=0.5
RH1 wormhole = the 5% that matters
KCF tightening: SWIEM finds the zero-field around each KCF — where the control SHOULD exist but doesn't. The wormhole routes around it.
BOUNTY LINK
The bounty = find the NON-ZERO signal
In any org's compliance/data/model stack
SWIEM Domain D zero-map = the audit
Non-zero corridors = what's actually working
Report: "your stack is 95% zero here"
That's the sparsity audit product