2.2 KiB
Erdős FAMM / Eigensolid Research Notes
Date: 2026-05-20 Status: BEAUTIFUL_PROVISIONAL
Objective
Treat solved Erdős structures and finite witness packets as FAMM scar priors.
Use:
- NUVMAP projection
- braid aggregation
- rope collapse
- eigensolid closure
- selective residual memory
to reduce combinatorial explosion.
Core Pipeline
solved/scar packets -> NUVMAP projection -> braid traversal -> chirality filtering -> rope aggregation -> eigensolid closure -> exact receipt verification
Exact Gate Boundary
Active proof-spine paths required:
- gate = G:111
- min_omega = 0
All other routes are treated as diagnostic scars rather than active proof paths.
Color Taxonomy
Green:
core exact receipt spine
Blue:
active zero-residual reserve
Cyan:
wide-alpha cold reserve
Slate:
large-alpha cold reserve
Amber:
failed gate / negative scar only
Eigensolid Families
Leaf eigensolids:
exact residue-alpha leaves
Residue eigensolids:
collapse multiple leaves by residue class
Alpha eigensolids:
cross-residue alpha families
Phase eigensolids:
chirality / phase closure families
Global eigensolid:
run-now admissible closure body
Alpha Family Collapse
Observed useful alpha family:
{3, 7, 11, 15, 19, 23}
Expanded rescue family:
{27, 31, 35, 39, 43, 47, 51, 55, 59}
Unused search window:
63..127
Structural Collapse
For fixed alpha:
x = (p + alpha)/4 b = p x
Need:
e divides b^2
e == -b mod alpha
Then:
y = (b^2/e + b)/alpha z = (e + b)/alpha
The swarm collapses from:
millions of braid candidates
to:
fixed-alpha divisor-residue channels.
Inclusion-Exclusion Interpretation
Eigensolid closure behaves as topological inclusion-exclusion:
Count lawful braid routes. Subtract overlapping duplicates. Add back higher-order closure overlaps. Continue until only the stable reconstruction body remains.
Attention Residuals Interpretation
Attention Residuals map directly to FAMM selective reuse.
Instead of all prior braid states contributing equally:
alpha_(t,i) = softmax(M_i - Omega_i + S_i)
Only high-mass, low-obstruction, scar-supported states dominate closure.
Core Insight
The architecture is not searching proofs naively.
It is constructing admissible reconstruction topology under finite scar guidance.