What question did this study set out to answer?

The research aims to address the design challenges of artificial hearts by integrating advanced geometric and electromagnetic principles.

June 6, 2026Open Access

Art and Heart: The Spiral Design Logic of the Human Cardiac Form — A Unified Framework from Cosmic Compression to Capillary Scale with Electromagnetic Design Principles (Kawasaki Edition)

Key Points

The research aims to address the design challenges of artificial hearts by integrating advanced geometric and electromagnetic principles.
Developed KHDS v1.0 for artificial heart specifications.
Combined compression spiral geometry and capillary-scale parameters for heart function.
Incorporated multi-electrode helical drive arrays and frequency isolation techniques.
Proposed design maintains internal compression logic while being functional in hostile electromagnetic environments.
Addressed Kazuo Kawasaki's problem of electromagnetic interference affecting heart function.

Abstract

Complete paper addressing Kazuo Kawasaki's unsolved electromagnetic environment problem in artificial heart design. The Art-Heart Principle unifies compression spiral geometry (Torrent-Guasp, 2001) with capillary-scale parameters (7 micrometers: Rakusan et al. 1992; 1 mm: Vunjak-Novakovic et al. 2010) and novel electromagnetic design principles. KHDS v1.0 (Kardio-Hikari Design Standard) provides complete specification including multi-electrode helical drive arrays, frequency isolation, and capillary endothelium shielding. Addresses the core problem Kawasaki identified: how to design a replacement heart that maintains internal compression logic while surviving in electromagnetically hostile environment. Pre-registration: DOI 10.5281/zenodo.20534889. CC BY 4.0.

Art and Heart: The Spiral Design Logic of the Human Cardiac Form — A Unified Framework from Cosmic Compression to Capillary Scale with Electromagnetic Design Principles (Kawasaki Edition)

Key Points

Abstract

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