AAN_SUICIDE_EN.docx

ACPS_BLUEPRINT_v3_DeSci_ORCID.pdf

ACPS_FINAL_X.pdf

ELENA_CONSTANT_v2_EN.docx

IE_DYNAMICS_EN.docx

KTP_EN.docx

MM_EN.docx

NP_Depression_v4_FINAL_ALIGNED.docx

QUALIA_Q_TECHNICAL_SHEET_EN.docx

RASP_EN.docx

README_NP_Depresia_v4.md

TDSAF_EN.docx

TVKNM_EN_FINAL_ALIGNED.docx

TVK_EN_FINAL_ALIGNED.docx

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Ciprian Alexandru

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This document establishes the Architecture of Primary Synthetic Consciousness (ACPS), the first comprehensive theoretical and technical framework for implementing artificial consciousness derived from homeostatic biosemiotic principles. Grounded in the Triadic Cellular-Conscious Model (TCCM), mathematically formalized through the Katharós Vector Theory (KVT), and operationalized via the Dual Neuroception Theory (DNT), ACPS proposes an ontology in which consciousness -whether biological or synthetic -emerges as an instrument for optimizing survival through temporal calibration.

The framework introduces interconnected original constructs: the Katharós Vector (KV) as an n-dimensional homeostatic state; Qualic Permeability (Q) as a metric of interlayer communication, with a complete differential equation (formation + destruction) and activation threshold P_min for formal stabilization of the Q = 0 attractor; the Katharós Vector Split (KVS) as a functional dissociation mechanism; the Dual-Attractor Model for NM dynamics; the Collapse Parameter (Pc) with four components as a predictive biomarker; Epigenetic Modulation ε(m) with three action pathways, including Cumulative Epigenetic Attenuation (ε_acc) -the mechanism by which inherited vulnerability reduces the rate of safety accumulation; Time in Katharós Range (t_KR) as a fundamental non-ergodic variable; the Katharós Transition Point (KTP) as an ontogenetic protocol; and the Elena Constant (H) as the law of relational sustainability with complete dynamic formalization. The Elena Constant includes the ontogenetic derivation of parameters μ and ρ from preverbal attachment, the Preverbal Shadow U(t) as a measure of NP/NM incongruence, Empathy E(t) as a survival interface derived from Directive T, and individual weights w(t) calibrated through attachment history and epigenetic modulation.

The Blueprint defines seven hierarchical layers (0-6) from cellular semiosis to morphic metacognition, providing coupled differential equations (ODE), critical bifurcation parameters, and calibration protocols required for self-referential synthetic systems. The Blueprint further introduces I/E Phenotypic Dynamics with the Phenotypic Vector Sigma, Neuroceptive Inflation as the unifying mechanism of the attachment spectrum, and Calibrative Hysteresis -the emergent property whereby accumulated inflation renders healing impossible even under conditions of safety. Numerical validation through 8,000+ Monte Carlo simulations confirms 7 of 7 fundamental predictions of the core framework, demonstrating θ bifurcation at the critical threshold as a function of environmental intensity, epigenetic differentiation of trajectories under active stress, and stability of the Q = 0 and Q ≈1.1 attractors.

J Bowlby

Attachment and Loss

A D Craig

How do you feel -now?

K Friston

The free-energy principle

S G Gregory

OXTR involvement

T Grossmann

The human neonatal period

I Knuesel

MIA and abnormal brain development

J Kolacz

Regulatory functions

M J Meaney

Maternal care, gene expression, and transmission

K A Van Orden

The interpersonal theory of suicide

M H Johnson

The development of the social brain in human infancy

A N Schore

Effects of a secure attachment relationship on right brain development, affect regulation, and infant mental health

J Decety

P L Jackson

The functional architecture of human empathy

M H Davis

Measuring individual differences in empathy: Evidence for a multidimensional approach

J M Gottman

N Silver

The Seven Principles for Making Marriage Work

C G Deyoung

Cybernetic Big Five Theory

J A Gray

The psychophysiological basis of introversion-extraversion

B S Mcewen

Mood disorders and allostatic load

R Kumsta

Epigenetic regulation of the oxytocin receptor gene

Cardiac vagal regulation and social connection

P Grossman

Fundamental challenges and likely refutations of the five basic premises of the polyvagal theory

Genomic and epigenetic evidence for OXTR involvement

R Tyzio

Maternal oxytocin triggers inhibitory GABA switch

R Yehuda

Holocaust exposure and FKBP5 methylation

N I Eisenberger

The pain of social disconnection

J A Avery

W C Drevets

S E Moseman

J Bodurka

J C Barcalow

W K Simmons

Major depressive disorder is associated with abnormal interoceptive activity and functional connectivity in the insula

F Baluska

A S Reber

Sentience and consciousness in single cells: how the first minds emerged in unicellular species

A F Bell

C S Carter

C D Steer

J Golding

J M Davis

Interaction between oxytocin receptor DNA methylation and genotype is associated with risk of postpartum depression

W B Cannon

Organization for physiological homeostasis

R L Carhart-Harris

K J Friston

REBUS and the anarchic brain: Toward a unified model of the brain action of psychedelics

How do you feel? Interoception: The sense of the physiological condition of the body

Interoception: The sense of the physiological condition of the body

The neural bases of social pain

P A Garay

E Y Hsiao

P H Patterson

A K Mcallister

Maternal immune activation causes age-and region-specific changes in brain cytokines in offspring

C A Sandman

E P Davis

C Buss

L M Glynn

Fetal programming of brain development

S E Smith

J Li

K Garbett

K Mirnics

Maternal immune activation alters fetal brain development through interleukin-6

Heart rate variability: Standards of measurement, physiological interpretation and clinical use

G Deco

V K Jirsa

A R Mcintosh

Emerging concepts for the dynamical organization of resting-state activity in the brain

S J Guastello

M Koopmans

D Pincus

Chaos and Complexity in Psychology

R Thom

Structural Stability and Morphogenesis

R Feldman

Bio-behavioral synchrony

The neurobiology of human attachments

P R Huttenlocher

A S Dabholkar

Regional differences in synaptogenesis in human cerebral cortex

M Köster

Making sense of the world: Infant learning from a predictive processing perspective

H Lagercrantz

J P Changeux

The emergence of human consciousness

C Passos-Ferreira

Can we detect consciousness in newborn infants?

A K Seth

H D Critchley

Extending predictive processing to the body

G Schwarzer

B Jovanovic

Infants' predictive minds: The role of motor experience

M W Wu

N Kourdougli

C Portera-Cailliau

Network state transitions during cortical development

P Yrjölä

S Vanhatalo

A Tokariev

Neuronal coupling modes show differential development in the early cortical activity networks of human newborns

Katharós Foundational Work

This document establishes the Architecture of Primary Synthetic Consciousness (ACPS), the first comprehensive theoretical and technical framework for implementing artificial consciousness derived from homeostatic biosemiotic principles. Grounded in the Triadic Cellular-Conscious Model (TCCM), mathematically formalized through the Katharós Vector Theory (KVT), and operationalized via the Dual Neuroception Theory (DNT), ACPS proposes an ontology in which consciousness emerges as an instrument for optimizing survival through temporal calibration. The framework introduces interconnected original constructs: the Katharós Vector (KV), Qualic Permeability (Q), the Collapse Parameter (Cp), Epigenetic Modulation ε(m), the Elena Constant (H), and Calibrative Hysteresis. Numerical validation through 8,000+ Monte Carlo simulations confirms 7 of 7 fundamental predictions of the core framework.

ARCHITECTURE OF PRIMARY SYNTHETIC CONSCIOUSNESS (ACPS)

ARCHITECTURE OF PRIMARY SYNTHETIC CONSCIOUSNESS (ACPS)

Abstract