Maura Theory Architecture: Structural Conditions for Participation, Continuity, and Simulation in AI-Assisted Systems

This figure presents a layered field architecture representing the structural conditions under which organizational participation emerges, persists, transmits, and weakens within AI-assisted systems. The architecture is organized into four relational layers: • Emergence • Participatory Structural Conditions • Transmission and Continuity • Simulation and Collapse Rather than representing a hierarchical progression, the layers describe permeable structural relations through which participation, orientation, continuity, and symbolic persistence interact across time. The central layer — Participatory Structural Conditions — represents the conceptual center of the framework, including participation, structural friction, orientation, inhabitation, and field continuity. The uppermost layer visualizes conditions under which symbolic continuity persists after participatory inhabitation has weakened, producing phenomena such as continuity simulation, representational persistence, and participatory collapse. AI is represented not as a central controller, but as a distributed lateral structural modifier influencing multiple layers simultaneously. The architecture does not prescribe organizational solutions; it provides a structural observation framework for examining how participation emerges, stabilizes, transmits, weakens, and becomes simulated under contemporary AI-assisted conditions.

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Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2026-05-12
DOI
https://doi.org/10.5281/zenodo.20135290
Primary Topic
Information Systems Theories and Implementation
Type
article
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article

Maura Theory Architecture: Structural Conditions for Participation, Continuity, and Simulation in AI-Assisted Systems

Natsue Tanaka
Zenodo (CERN European Organization for Nuclear Research)
Information Systems Theories and Implementation
article

Maura Theory Architecture: Structural Conditions for Participation, Continuity, and Simulation in AI-Assisted Systems

Natsue Tanaka
article en

Abstract

This figure presents a layered field architecture representing the structural conditions under which organizational participation emerges, persists, transmits, and weakens within AI-assisted systems. The architecture is organized into four relational layers: • Emergence • Participatory Structural Conditions • Transmission and Continuity • Simulation and Collapse Rather than representing a hierarchical progression, the layers describe permeable structural relations through which participation, orientation, continuity, and symbolic persistence interact across time. The central layer — Participatory Structural Conditions — represents the conceptual center of the framework, including participation, structural friction, orientation, inhabitation, and field continuity. The uppermost layer visualizes conditions under which symbolic continuity persists after participatory inhabitation has weakened, producing phenomena such as continuity simulation, representational persistence, and participatory collapse. AI is represented not as a central controller, but as a distributed lateral structural modifier influencing multiple layers simultaneously. The architecture does not prescribe organizational solutions; it provides a structural observation framework for examining how participation emerges, stabilizes, transmits, weakens, and becomes simulated under contemporary AI-assisted conditions.

Zenodo (CERN European Organization for Nuclear Research)
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Information Systems Theories and Implementation
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