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The global value is the arithmetic mean of the sixteen local scores. If each local value is in (0,1], the mean is also in that range. Averaging summarizes the marginal scores, but no pairwise interaction or integration term is introduced by the average itself.
Terms & definitions
| Term | Meaning in this source |
|---|---|
| φ_global | Mean lattice score |
| φ_local_s | Score for strand s |
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## 10.5 Global Lattice Coherence
```
φ_global = (1/16) · Σ_{s=0}^{15} φ_local,s
```
**Explanation**: Mean local coherence across all 16 strands.
## 10.6 Hebbian Learning
```
ΔW[i][j] = η · state[i] · state[j]
W[i][j] ← clamp₋₁₊₁(W[i][j] + ΔW[i][j])
```
**Explanation**: Weights strengthen between co-active units (Hebbian principle: "neurons that fire together wire together").
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# 11. Federation Cross-Talk
## 11.1 Cross-Talk Dynamics
```Exact original notation
φ_global = (1/16) · Σ_{s=0}^{15} φ_local,s