Neuroderechos
ASSC 29 · Santiago de Chile · 2026
Poster P2‑078 · Thursday, July 2, 2026

From Neurofunctional Stability
to Neurofunctional Integrity

Expanding Neurorights in Consciousness Research

Horacio A. Correa Arechavala
Director, NeuroEthics Research Lab · Founder, Neuroderechos
Judicial Expert in AI
Supreme Court of Chile, 2026–2027

Consciousness science assumes the somatic-autonomic environment feeding conscious processing is unperturbed. This work questions that premise.

Modern sociotechnological systems can produce directed interference that leaves no structural damage. Neural architecture intact. Neuroimaging normal. Yet consciousness operates on adulterated inputs — through two independent biological routes that current diagnostic instruments cannot detect.

"The locus of interference is not the mind — it is the body that generates the mind."

This poster introduces neurofunctional integrity as a normative concept bridging neuroscience, consciousness research, and neurorights, operationalized through the Progressive Evidence Model (PEM v11) and its system-level output, the Brain Health Signature (BHS).

9 ANV vectors documenting sub-cognitive interference
6 forensic instruments converging into one output metric
2 independent biological routes of interference

Six Instruments, One Output

GHE-QI

Environmental gradient index across 5 weighted dimensions. Threshold >0.40 activates forensic Loop 6.

NAGM

Neurofunctional impact grading on an ordinal scale, 0–4, from baseline perturbation to severe compromise.

CPSI

Composite severity index integrating gradient and epistemic reduction into one scalar measure.

NDF

Deviation from individual neurophysiological baseline — rhythms, coherence, synchronization.

ANV

Autonomic neurovisceral interference across 12 vectors — somatic signatures below the cognitive layer.

AIVV

Vagal visceral interference axis, parallel to ANV, mediated through interoceptive prediction disruption.

Baseline, Perturbation, Recovery

A non-invasive physiological illustration of the distinction PEM operationalizes: measurable regulatory stability, and what happens when it is challenged and restored.

A. Baseline
HRVHigh
NDF≈ 0
B. Perturbation
HRVReduced
NDF> 0.40
C. Recovery
HRVRecovering
NDF↓ 0.18

Conceptual illustration only. Does not claim causal technological influence.

ASSC 2026 Poster · P2‑078

Framework & Contact