Publications

For researchers, collaborators, and readers of the programme specification — not patients seeking care.

All primary theoretical work from Rex Autistikōn Labs is published with open access. We prioritize transparent, citable dissemination of hypotheses, mathematical formalizations, and experimental protocols. These are protocol materials only. No individual-level score is licensed.

Primary specification · 2026

Tissue Mechanics, Afferent Signalling, and Physiological Regulation

A Falsifiable Framework Linking Peripheral Mechanosensory Interfaces to Systemic Outcomes

Hai-Young Kim · in association with Rex Autistikon Research Foundation, Inc. · First edition, manuscript v1.0, Amendment 01

DOI: 10.5281/zenodo.22149318 →

View on Zenodo →

ISBN (print): 979-8-9978559-0-1

ISBN (electronic): 979-8-9978559-1-8

LCCN: 2026922951

Cite: Kim, H.-Y. (2026). Tissue Mechanics, Afferent Signalling, and Physiological Regulation (Version 1.0). Zenodo. https://doi.org/10.5281/zenodo.22149318

This volume is a research programme specification. It is not a diagnostic or treatment manual. It makes no causal claim regarding autism and licenses no derived scoring instrument. Independent testing and attempted refutation require no permission.

Earlier working deposit · 2026 (superseded title)

Sensor-Rich Myofascial and Visceral Interfaces as Modulators of Afferent Signaling in Neurodevelopmental Conditions: A Biotensegrity-Informed Hypothesis

Hai Young Kim · Rex Autistikon Research Foundation · Version 2.1

DOI: 10.5281/zenodo.20737319 →

Superseded as the programme specification by Kim (2026), DOI 10.5281/zenodo.22149318. Retained as a dated working deposit.

Pilot Study Collaborator Handbook · 2026

Rex Autistikon Pilot Study Collaborator Handbook

Practical guide for research collaborators, including sensor-rich zones, mechanistic layers, and mathematical formalizations. Protocol materials only. No individual-level score is licensed.

View on Zenodo →

Additional publications and preprints will appear here as they are released.