grow-gyri

name	grow-gyri
description	Open the brain and grow certified gyri for any domain: expand → certify → project tissue → wire the activation graph → it fires and myelinates

grow-gyri — self-extension under proof

The §19 operation as one call. A KbcBrain (ee_v2.kbc.brain) is a durable organism over a KB: tissue/ (gyri, brain-agent from_dir format), neurodb (kuzu salience graph), asks/ (per-query MAP lattices — the proofs).

from ee_v2.kbc import KB
from ee_v2.kbc.brain import KbcBrain

brain = KbcBrain(kb, brain_dir)          # durable; reopen anytime
await brain.grow("xyz", seat_factory)    # thin atom? proof-gated expand first;
                                         # project tissue; wire graph. FIREABLE.
rep = await brain.ask(query, seat_factory)

What ask() does (§19b): stimulus → the graph fires neurons NUMERICALLY (the synthesizer never selects — rule-05 on attention) → each fired gyrus = one seat over its Membrane-rendered tissue → typed constructions admitted through one shared lattice (repair ladder: residue → retry → ONT) → combine() (an uncertified neuron cannot enter) → the SES tower: promote → reify → the cross-territory construction certifies at depth 1 — the synthesis itself is PROVEN → teach: admitted outcomes amplify the fired regions + hebbian wiring (the prover is the teacher; use myelinates; the recompilation law consolidates).

Laws: growth is proof-gated (no incoherent gyri admit); strengthening is admission-gated (no self-reinforcing delusion); gyri are first-class addressable (a region whose name matches the query always enters stimulus). Proven: test_brain.py (deterministic, real kuzu+swipl) + live receipts in experiments/brain_live/.