What question did this study set out to answer?

The research aims to redefine 3D output design by prioritizing boundary surfaces in material fabrication.

April 25, 2026Open Access

Prior Art Disclosure: Dual-Layer Architecture for 3D Output Systems — Boundary-Layer Design Method for 3D Printing and Material Fabrication

Key Points

The research aims to redefine 3D output design by prioritizing boundary surfaces in material fabrication.
Introduced a dual-layer architecture separating the Koku layer (form, density) and Genki layer (boundary pathways, energy flow).
Developed a boundary-layer design framework that prioritizes boundary surfaces over traditional polygonal geometry.
Establishing boundary surfaces as primary design targets revolutionizes current 3D printing methodologies.
Potential applications include advancements in biomedical implants, structural materials, and thermal management.

Abstract

This disclosure describes two related inventions derived from the Dual-Layer Structure theory (V=N/D, TheYKHC, 2026). Invention 1: A method of 3D output design in which boundary surfaces between materials — not polygonal geometry — are the primary design parameter. Invention 2: A material design framework separating the Koku layer (form, density, fixed structure) and Genki layer (boundary pathways, energy flow, Ki conductance), then integrating them. Current 3D printing operates entirely in the Koku Universe layer, treating boundary surfaces as byproducts of form. This invention makes boundary surfaces primary design targets. Application domains: biomedical implants, structural materials, electronic materials, thermal management. Priority date: April 22, 2026. The author reserves all rights to patent filing in all jurisdictions.

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