Litcius/Paper detail

RFL-2 — Relational Attractor Dynamics: From lived relational presence to synchronized chromatic infrastructure

Raynor Eissens

2026Zenodo (CERN European Organization for Nuclear Research)12 citationsDOIOpen Access PDF

Abstract

Abstract RFL-2 defines how relational fields evolve, stabilize, and synchronize across environments, devices, and semantic infrastructures. While RFL-1 established that relationships form fields through accumulated residue, RFL-2 describes how relational fields intensify into attractors, how they distribute through WarmthSwipe, how they synchronize into chromas and rails, and how they become operational input for agents and ChronoSense. This introduces a closed loop: life → presence → aura → distribution → infrastructure → guidance → life RFL-2 therefore formalizes the missing transition between relational field formation and infrastructural action. A relational field does not remain only as an ambient condition. Once distributed and synchronized, it can become a carried, placeable, and operational structure without collapsing into notifications, profiles, or symbolic archive.

Topics & Concepts

Relational databaseField (mathematics)Computer scienceRelational modelStatistical relational learningRelational theoryRelational calculusAttractorTheoretical computer scienceConjunctive queryTransition (genetics)Relational algebraOrigins and Evolution of LifeModular Robots and Swarm IntelligenceEmbodied and Extended Cognition