Author
Akio Nomura
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...
- Society & EconomicsOpen access
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...
- 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...
- 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)...
- 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)...
- 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...
- Physics & SpaceOpen access
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...
- Physics & SpaceOpen access
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...
- Climate & EnvironmentOpen access
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...
- Climate & EnvironmentOpen access
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...
- 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...