La Profilée — The Structural Order of Permanence and Change A Theory of Persistent Identity under Change

Persistent systems face a fundamental structural paradox: they must change in order to remain viable, yet excessive change destroys the identity that persistence requires. While many disciplines study stability and transformation, the minimal structural conditions that allow systems to remain identifiable under real transformation remain insufficiently articulated. This paper introduces La Profilée, a structural theory of persistence under change. The theory proposes that persistent systems require a minimal architecture consisting of three functional roles: Frame, the carrier of identity and duration; Modules, the carriers of variation and adaptation; and Coupling, the mechanisms through which transformations are selectively integrated without destabilizing the system. From this architecture follow several structural consequences. Persistent systems must exhibit asymmetric dynamics, in which identity-carrying structures change more slowly than adaptive components. They must also operate under selective admissibility of transformations, since unrestricted transformation collapses all identity distinctions. Together these properties induce a directed transformation structure that generates Structural Time, a temporal ordering emerging from the system's own dynamics. The structural load acting on a system relative to its integration capacity — expressed as τ = R/I — determines whether the system operates within a coherence regime, approaches overload, or collapses. Persistent systems maintain stability within a bounded Persistence Zone between chaos and rigidity; gradual structural drift can move systems toward collapse regimes of chaos, rigidity, or fragmentation. The theory further provides an operational diagnostic layer, LP be[com]ing, which applies this structural architecture to the analysis of real systems. Originally derived from a modular design problem in watchmaking, La Profilée is presented as a general organizational principle observable across biological, technological, organizational, and social systems. La Profilée therefore offers a unified structural account of how complex systems sustain identity through change and provides a diagnostic framework for analyzing systemic stability, innovation capacity, and collapse.

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Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2026-03-15
DOI
https://doi.org/10.5281/zenodo.19036850
Primary Topic
Ecosystem dynamics and resilience
Type
article
Field-Weighted Citation Impact
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article

La Profilée — The Structural Order of Permanence and Change A Theory of Persistent Identity under Change

Marc Maibom
Zenodo (CERN European Organization for Nuclear Research)
Ecosystem dynamics and resilience
article

La Profilée — The Structural Order of Permanence and Change A Theory of Persistent Identity under Change

Marc Maibom
article en

Abstract

Persistent systems face a fundamental structural paradox: they must change in order to remain viable, yet excessive change destroys the identity that persistence requires. While many disciplines study stability and transformation, the minimal structural conditions that allow systems to remain identifiable under real transformation remain insufficiently articulated. This paper introduces La Profilée, a structural theory of persistence under change. The theory proposes that persistent systems require a minimal architecture consisting of three functional roles: Frame, the carrier of identity and duration; Modules, the carriers of variation and adaptation; and Coupling, the mechanisms through which transformations are selectively integrated without destabilizing the system. From this architecture follow several structural consequences. Persistent systems must exhibit asymmetric dynamics, in which identity-carrying structures change more slowly than adaptive components. They must also operate under selective admissibility of transformations, since unrestricted transformation collapses all identity distinctions. Together these properties induce a directed transformation structure that generates Structural Time, a temporal ordering emerging from the system's own dynamics. The structural load acting on a system relative to its integration capacity — expressed as τ = R/I — determines whether the system operates within a coherence regime, approaches overload, or collapses. Persistent systems maintain stability within a bounded Persistence Zone between chaos and rigidity; gradual structural drift can move systems toward collapse regimes of chaos, rigidity, or fragmentation. The theory further provides an operational diagnostic layer, LP be[com]ing, which applies this structural architecture to the analysis of real systems. Originally derived from a modular design problem in watchmaking, La Profilée is presented as a general organizational principle observable across biological, technological, organizational, and social systems. La Profilée therefore offers a unified structural account of how complex systems sustain identity through change and provides a diagnostic framework for analyzing systemic stability, innovation capacity, and collapse.

Zenodo (CERN European Organization for Nuclear Research)
Industry, innovation and infrastructure
Openalex Percentile: Top 19%
Ecosystem dynamics and resilience
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