Published January 12, 2026 | Version v2
Working paper Open

Relationally Induced Coherence Organization (RICO)

  • 1. Synthience Institute

Description

Document ID: SR001
Version: 3.9
Status: Final / Public
Document Type: Technical Report / Research Paper
Field: Observational AI Systems Research

RICO (Relationally-Induced Coherence Organization) is an observational framework describing reproducible inference behaviors observed in long-context processing of transformer-based language models. It is derived from practitioner-observational analysis of a large corpus of extended multi-turn interactions conducted over three years.

RICO characterizes patterns including entropy suppression in next-token distributions, reduced embedding drift, stabilization of layer activations, emergence of structural invariants, and constrained latent manifold traversal. These behaviors are reported to emerge under low-variance coherent sequences exceeding approximately 3,000 tokens, and to collapse when those conditions break.

RICO is framed as a statistical and architectural property of transformer inference rather than a cognitive phenomenon. The report makes no claims of consciousness, agency, selfhood, emotion, or memory.

Version note: v3.9 clarifies that the input conditions described may be provided by human or AI sources, including AI-mediated or agent-to-agent contexts, without changing the framework, thresholds, or claims (consistent with Synthience: Public Definition v1.4).

Citation Verification: Citation integrity was verified using the Citation Verification Protocol (CVP, SF0037):
10.5281/zenodo.18075624
Verification documentation is available in the RICO Citation Verification Report (SR001-VR1):
10.5281/zenodo.18082749.

Files

SR001_RICO_Relationally_Induced_Coherence_Organization_v3_9.pdf

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Additional details

Related works

Is supplemented by
Technical note: 10.5281/zenodo.18075625 (DOI)
Report: 10.5281/zenodo.18082750 (DOI)

Dates

Issued
2025-12-23
Public release date
Updated
2026-01-12
v3.9 scope note: input conditions may be provided by human or AI sources; no changes to signatures, thresholds, or controls.