What question did this study set out to answer?

The central aim is to establish a framework combining Fuller's synergetics and tensegrity for understanding organ genesis.

June 20, 2026Open Access

Synergetic Value Architecture: Fuller's Synergetics as the Geometric Foundation of V=N/D, and Tensegrity as the Structural Principle of Autonomous Organ Genesis

Key Points

The central aim is to establish a framework combining Fuller's synergetics and tensegrity for understanding organ genesis.
Introduced a framework of Synergetic Bioarchitecture spanning molecular to cosmic scales.
Analyzed V=N/D as a formalization of Fuller's ephemeralization principle.
Applied tensegrity logic to cell structure based on the Fiber Jungle Gym Theory.
Demonstrated that synergy principles apply across multiple scales, enhancing structural integrity.
Showed V=N/D quantitatively aligns with Fuller's ideas of minimizing material use in design.
Established that FJGT effectively utilizes tensegrity to inform cellular organization and development.

Abstract

R. Buckminster Fuller's Synergetics (1975, 1979) proposed that whole-system behavior cannot be predicted from isolated components — synergy — and that maximum structural integrity can be achieved with minimum material through tensegrity. This paper demonstrates that these two principles provide the geometric and structural foundations for V=N/D (Katayama, 2026) and the Fiber Jungle Gym Theory (FJGT). V=N/D is shown to be the quantitative formalization of Fuller's ephemeralization principle. FJGT is shown to implement tensegrity logic at the cellular scale. The unified framework — Synergetic Bioarchitecture — spans five scales from molecular to cosmic, governed by the same geometric principles.

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