Neural Architecture
Neural architecture is the τ³-computer organ-level structure: a multi-typed sub-colimit of neurons, glia, and synaptic morphisms that realizes a structural self-model and crosses the constructive-consciousness threshold. It is the canonical site at which the carrier ladder reaches its cognitive rung.
τ-Definition
Neural architecture is the τ³-computer organ-level structure: a multi-typed sub-colimit of neurons, glia, and synaptic morphisms that realizes a structural self-model and crosses the constructive-consciousness threshold. It is the canonical site at which the carrier ladder reaches its cognitive rung.
Categorical invariant. Multi-typed sub-colimit instantiating the τ³-computer; carrier of structural self-model; the substrate of constructive consciousness.
Primary registry anchor:
VI.D52
τ-Derivation Chain
-
I.K0— Universe Postulate -
VI.D15— Life Sector -
VI.D52— Neural Architecture as τ³ Computer — the canonical organ-level computational structure -
VI.D68— Structural Self-Model — the τ-categorical object the architecture must support -
VI.D86— Constructive Consciousness Criteria — what the architecture must satisfy -
VI.D69— Minimal Conscious Agent — the threshold instantiation realized by adequate neural architecture
Empirical Correlate
Biomarker: Neurons (Cajal's neuron doctrine) connected by synapses (chemical + electrical), glia (astrocytes, oligodendrocytes, microglia), myelinated axons, neurotransmitter systems, characteristic oscillations (α, β, γ, θ EEG bands), cortical lamination (in mammals).
Measurable range: Neuron count 302 (C. elegans) to ~10¹¹ (human cortex); synapse count ~10³-10⁴ per neuron; firing rates 1-100 Hz; cortical thickness 1-4.5 mm; conduction velocity 0.5-120 m/s.
Observation method: Connectomics (electron microscopy + reconstruction), fMRI/MEG/EEG, two-photon calcium imaging, optogenetics, Neuropixels probes, single-cell transcriptomics of neurons.
Calibration anchor: LG-Y02-kinetic-pseudoscalar-channel
Anchor chain:
- VI.L18 chirality channel (life anchor)
- neurotransmitter chirality (e.g., L-glutamate, L-DOPA)
- neuronal cytoskeleton (microtubule chirality, actin handedness) all K_χ-anchored
Manuscript reference: manuscript-sources/book-06/part06/ch40-neural-systems.tex
Lean Coverage
Status: Planned