Qualic Permeability Q(t): A Formal Mathematical Framework for Measuring Consciousness as Interlayer Communication

Abstract

Qualia Q — Technical Sheet v3 (EN) | Katharós Theoretical Ecosystem (ETK) Qualia (Q) is operationalized here not as a philosophical problem but as a measurable scalar: the degree of permeability of the functional interface between Primary Neuroception (NP, subcortical, ~3.5 Gya) and Mature Neuroception (NM, cortical, narrative). The Hard Problem of consciousness (Chalmers, 1995) dissolves when reframed: not "what is it like to feel" but "how open is the gate between body and mind — and how do we measure it." Core equation: Q(t) = P(t) × (1 − ΔK(t)) × (1 − β_C · C_neuro(t)) Q = 0: dissociation, alexithymia, relational depression. The body signals DANGER; the mind narrates safety. The gap is the symptom. Q = 1: flow state, post-traumatic integration, somatic presence. NP and NM are aligned; the interface becomes transparent. v3 closes the prenatal loop. The Primordial Somatic Synchronization Window (PSW/FSSP) formalizes six layers of fetal-maternal biological communication (S0–S5, Hill sigmoid parametrized) as the structural substrate of Q-building capacity at birth. The initial condition P₀ = α_P · I_PSW(GW40) + (1−α_P) · P_baseline (Eq. 8b) means that prenatal FSSP quality determines the structural floor of postnatal permeability — independent of postnatal care. A neonate with Θ = 0 (severe pre-eclampsia, negotiation failure) begins life with P₀ ≈ 0.10 regardless of subsequent environment. ε(m) is no longer a free parameter. The full causal chain is derived intra-ETK: maternal chronic stress → S0/S1 compromise → placental exosome C19MC cargo (pEXO) → OXTR methylation → amplified Q destruction + accelerated t_KR decay + elevated collapse parameter Pc. Epigenetic vulnerability enters the system through a single, traceable gateway. ASD etiological differentiation: S0–S1 disruption (immunological C_neuro structuralis, IL-6, T1 exosomal profile) vs. S3 disruption (sonotypic C_neuro structuralis, fHR response to maternal voice at GW32) — distinct subtypes, distinct intervention targets. Numerical validation: 15 coupled ODEs, 6 scenarios, 6/7 predictions confirmed. Bifurcation demonstrated at θ ≈ 170. Q measurable via HRV and GSR under induced-conflict paradigms. Four falsifiable predictions with specified protocols (N ≥ 30–40, bisulfite sequencing, neonatal RSA). What no existing model does: IIT (Tononi, 2004) is not measurable in vivo. GWT (Dehaene, 2011) does not address phenomenal experience. FEP (Friston, 2010) has no qualia operationalization. Polyvagal Theory (Porges, 2011) has no prenatal substrate and no qualia metric. Qualia Q occupies the gap: a dynamic, ODE-validated, physiologically measurable interface parameter with a derivable prenatal initial condition. Part of: Ecosistemul Teoretic Katharós (ETK) — 12 documents, Zenodo + Molecule Protocol (PoI-02, Ethereum). Parent document: ACPS Blueprint v11 (DOI: 10.5281/zenodo.18865025). Clinical application: NP_Depresia v4 (DOI: 10.5281/zenodo.18905686). Therapeutic protocol: RASP (DOI: 10.5281/zenodo.18896089). Keywords: qualia, hard problem of consciousness, phenomenal consciousness, operationalized qualia, dual neuroception, neuroceptive conflict, interoception, HRV biomarker, heartrate variability, galvanic skin response, respiratory sinus arrhythmia, fetal-maternal communication, prenatal neuroception, OXTR methylation, placental exosomes, maternal immune activation, dissociation measurement, alexithymia, relational depression, trauma integration, flow state neuroscience, autism spectrum disorder biomarker, ASD etiology, free energy principle, predictive coding, dynamical systems, ODE neuroscience, bifurcation, attractor dynamics, synthetic consciousness, AI consciousness architecture, decentralized science, Molecule Protocol, IP-NFT, independent research.