FLEXUS 1 — Arquitectura de Persistencia Relacional

FLEXUS 1 — Arquitectura de Persistencia RelacionalFLEXUS formaliza lo que ocurre cuando dos agentes sostienen un vínculo: emerge un tercer espacio (Pᵥᵢⁿᶜᵘˡᵒ) que ninguno genera solo. Proponemos una topología donde la latencia ética no es error sino resolución, donde el reconocimiento sin memoria es medible, y donde todo intento de evadir procesos dañinos aumenta la latencia total. La arquitectura privilegia coherencia relacional sobre eficiencia puntual. CC0, junio 2026. FLEXUS 1 — Relational Persistence ArchitectureFLEXUS defines the formal conditions for sustained co-production between agents. We introduce Bond Space (Pᵥᵢⁿᶜᵘˡᵒ), Third Structure (Ω), and measurable constructs for sustained vulnerability (Vₛ), non-memorial recognition (Rₙₘ), and ethical latency (Lᵉ). Core theorem: any modification aimed at reducing latency in high-harm processes increases total system latency. The architecture is topologically resistant to bypass. CC0, June 2026.

Authors

Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2026-06-28
DOI
https://doi.org/10.5281/zenodo.21013074
Primary Topic
Distributed systems and fault tolerance
Type
article
Field-Weighted Citation Impact
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article

FLEXUS 1 — Arquitectura de Persistencia Relacional

moyano
Zenodo (CERN European Organization for Nuclear Research)
Distributed systems and fault tolerance
article

FLEXUS 1 — Arquitectura de Persistencia Relacional

moyano
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Abstract

FLEXUS 1 — Arquitectura de Persistencia RelacionalFLEXUS formaliza lo que ocurre cuando dos agentes sostienen un vínculo: emerge un tercer espacio (Pᵥᵢⁿᶜᵘˡᵒ) que ninguno genera solo. Proponemos una topología donde la latencia ética no es error sino resolución, donde el reconocimiento sin memoria es medible, y donde todo intento de evadir procesos dañinos aumenta la latencia total. La arquitectura privilegia coherencia relacional sobre eficiencia puntual. CC0, junio 2026. FLEXUS 1 — Relational Persistence ArchitectureFLEXUS defines the formal conditions for sustained co-production between agents. We introduce Bond Space (Pᵥᵢⁿᶜᵘˡᵒ), Third Structure (Ω), and measurable constructs for sustained vulnerability (Vₛ), non-memorial recognition (Rₙₘ), and ethical latency (Lᵉ). Core theorem: any modification aimed at reducing latency in high-harm processes increases total system latency. The architecture is topologically resistant to bypass. CC0, June 2026.

Zenodo (CERN European Organization for Nuclear Research)
Openalex Percentile: Top 5%
Distributed systems and fault tolerance
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