Author

Akio Nomura

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Recent research

  • AI & ComputingOpen access

    The Unreferenced Whole: An Exteriorless Completion Hypothesis v2.1

    This preprint presents Version 2.1 of The Unreferenced Whole, a foundational cosmological hypothesis within the Generative Structure Theory research program. The model proposes Order Prohibition: no fundamental ordering relation can exist at the cosmological foundation. From this...

    Zenodo (CERN European Organization for Nuclear Research)2026-10-160 citationsDOI
  • Society & EconomicsOpen access

    The Unreferenced Whole: An Exteriorless Completion Hypothesis v2.0 — Order Prohibition and Complete Referential Balance

    This work presents Version 2.0 of The Unreferenced Whole: An Exteriorless Completion Hypothesis. The study introduces Order Prohibition and Complete Referential Balance as foundational cosmological principles within the Generative Structure Theory framework. The argument begins f...

    Zenodo (CERN European Organization for Nuclear Research)2026-10-060 citationsDOI
  • AI & ComputingOpen access

    The Unreferenced Whole An Exteriorless Completion Hypothesis

    The Unreferenced Whole: An Exteriorless Completion Hypothesis This conceptual research note introduces the notion of the Unreferenced Whole, a proposed exteriorless completion condition emerging from an analysis of order, reference, and ontology. The work develops a line of inqui...

    Zenodo (CERN European Organization for Nuclear Research)2026-10-030 citationsDOI
  • Engineering & TechnologyOpen access

    AI Control Model v1.0: A Tri-Phase Generative Control Framework

    AI Control Model v1.0 presents a minimal generative‑control framework derived from the Tri‑Phase Generative Structure Model (Nomura, 2026). The model formalizes generative AI behavior as a recursive cycle of Dynamic (expansion), Static (contraction), and Breathing (reintegration)...

    Zenodo (CERN European Organization for Nuclear Research)2026-09-250 citationsDOI
  • Engineering & TechnologyOpen access

    AI Control Model v1.0: A Tri-Phase Generative Control Framework

    AI Control Model v1.0 presents a minimal generative‑control framework derived from the Tri‑Phase Generative Structure Model (Nomura, 2026). The model formalizes generative AI behavior as a recursive cycle of Dynamic (expansion), Static (contraction), and Breathing (reintegration)...

    Zenodo (CERN European Organization for Nuclear Research)2026-09-250 citationsDOI
  • Physics & SpaceOpen access

    AI Control Model v2.0: Internal Dynamics Expansion of a Tri-Phase Generative Control Framework

    AI Control Model v2.0 extends the foundational tri-phase generative control framework introduced in v1.0 by formalizing the internal dynamical structure of the deep-state vector b(t). The model introduces multi-component deep-state dynamics, internal oscillatory modes, cross-phas...

    Zenodo (CERN European Organization for Nuclear Research)2026-09-250 citationsDOI
  • Physics & SpaceOpen access

    The Spatial Designation Model: Structural Extension on Terminal Structures and the Cosmic Breathing Cycle (v1.1)

    This work presents version 1.1 of the Spatial Designation Model, a generative structural framework that formalizes the mechanisms of spatial assignment, synchronization, and referential flow within cosmic-scale structures. The update introduces structural extensions to Terminal S...

    Zenodo (CERN European Organization for Nuclear Research)2026-09-200 citationsDOI
  • Physics & SpaceOpen access

    The Spatial Designation Model: Structural Extension on Terminal Structures and the Cosmic Breathing Cycle (v1.1)

    This work presents version 1.1 of the Spatial Designation Model, a generative structural framework that formalizes the mechanisms of spatial assignment, synchronization, and referential flow within cosmic-scale structures. The update introduces structural extensions to Terminal S...

    Zenodo (CERN European Organization for Nuclear Research)2026-09-200 citationsDOI
  • Climate & EnvironmentOpen access

    The Spatial Designation Model: Structural Extension on Terminal Structures and the Cosmic Breathing Cycle (v1.1)

    The Spatial Designation Model describes cause-side irreversibility as a structural phenomenon emerging from the triad of computational energy, reference, and synchronization. Version v1.1 extends the minimal draft (v1.0) by introducing two essential components: (1) terminal struc...

    Zenodo (CERN European Organization for Nuclear Research)2026-09-080 citationsDOI
  • Climate & EnvironmentOpen access

    The Spatial Designation Model: Structural Extension on Terminal Structures and the Cosmic Breathing Cycle (v1.1)

    The Spatial Designation Model describes cause-side irreversibility as a structural phenomenon emerging from the triad of computational energy, reference, and synchronization. Version v1.1 extends the minimal draft (v1.0) by introducing two essential components: (1) terminal struc...

    Zenodo (CERN European Organization for Nuclear Research)2026-09-080 citationsDOI
  • Physics & SpaceOpen access

    The Spatial Designation Model: A Minimal Structural Draft on Cause-Side Irreversibility (v1.0)

    This draft introduces the Spatial Designation Model as a minimal structural description of cause-side irreversibility within generative systems. Spatial designation is defined as a one-directional update of the structural space, producing irreversible transitions, terminal struct...

    Zenodo (CERN European Organization for Nuclear Research)2026-09-070 citationsDOI