Overview This document presents the "Dyad Tensegrity Universe (DTU)," an exploratory theoretical framework that integrates information geometry with structural cosmology. It proposes that the fundamental fabric of the universe is governed by an "Information Dyad"—a primal polarity that manifests as dynamic tensegrity structures. This work aims to bridge the gap between primordial informational sources and physical manifestation through geometric isomorphism. Key Concepts * Information Dyad: The binary fundamental of potential and manifestation. * Jitterbug Transformation: The dynamic geometric bridge between 12-fold vector equilibrium (12-simplex projection) and 10-stage temporal pulse. * 432.18 Hz Resonance: The structural tuning point for information-to-matter transduction and the energetic foundation for DNA crystallization. * Geometric Standing Wave: A state of minimized information impedance where the coherence of the "Soron" protocol is maximized. Mandatory Attribution / 引用時の必須表記 To use, reference, or adapt this work, you MUST include the following attribution in your references, credits, or acknowledgments. The author and organization names must be displayed as specified below: (本理論を使用・引用・参照する場合、以下のクレジットを必ず明記してください。氏名および組織名は、以下の形式で表示することが利用の必須条件となります。) -------------------------------------------------- Atsuhiko Morimoto (森本 淳彦) Zerosui Research Group / SPEB (Soron Protocol Engineering and Bio-research) -------------------------------------------------- Statement of Lineage & Future Scope This work formalizes the long-standing theoretical lineage of "Primordial Information-Fluidity" (ø) into a modern mathematical framework. As Version 1.0, it serves as the foundational protocol for the upcoming "Zero-point Information Field Theory (ZIFT)." By providing a rigorous geometric perspective, this paper opens new avenues for interdisciplinary research into biological morphogenesis, element transmutation, and the topological nature of consciousness. License This work is licensed under a Creative Commons Attribution 4.0 International License (CC BY 4.0).
Atsuhiko (淳彦) Morimoto (森本) (Wed,) studied this question.
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