What question did this study set out to answer?

This research aims to explore the structural similarities between Rupert Sheldrake's morphogenetic fields and Katayama Yoshimitsu's Ki-Net hypothesis.

April 25, 2026Open Access

The Morphogenetic Field and the Ki-Net: A Structural Convergence Between Sheldrake's Field Theory and Katayama's Dual-Layer Cosmology

Key Points

This research aims to explore the structural similarities between Rupert Sheldrake's morphogenetic fields and Katayama Yoshimitsu's Ki-Net hypothesis.
Employing Proof by Convergence methodology to map key concepts.
Analyzing definitions and implications of morphogenetic field and Ki-Net.
Examining the extended implications on cardiac neural tissue and its relation to the Dual-Layer 3D Output System.
Morphogenetic fields and Ki-Net demonstrate structural identity across disciplines.
Form is shown to precede matter, suggesting pre-embedded design in cosmic space.
Morphic resonance is identified as a medium through which spatial structures influence biological development.

Abstract

Rupert Sheldrake proposed morphogenetic fields — spatial structures that pre-exist and guide biological development. Independently, Katayama Yoshimitsu developed the Ki-Net (気の網) hypothesis: material design is pre-embedded in cosmic space as an information network, and particles, life, and phenomena emerge in accordance with this pre-existing structure. This paper demonstrates their structural identity across independent disciplines and decades, constituting evidence under the Proof by Convergence methodology. Key mapping: morphogenetic field = Ki-Net; form precedes matter = material design pre-embedded in space; morphic resonance = 刻宇宙 (space as recording medium); causation at field-matter boundary = value generated at Koku/Genki boundary. Extended implication: cardiac neural tissue is a morphogenetically optimized boundary-surface system, directly connecting to the Dual-Layer 3D Output System (DOI: 10.5281/zenodo.19702530). Space is not empty. It is pre-designed. Life grows along its lines.

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Bukhara State University

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