What question did this study set out to answer?

This research aims to eliminate the reliance on external power for artificial hearts by utilizing a density gradient for energy generation.

June 17, 2026Open Access

Biogenic Power Source for Artificial Heart: Density Gradient as Unified Origin of Motion and Energy

Key Points

This research aims to eliminate the reliance on external power for artificial hearts by utilizing a density gradient for energy generation.
Proposed design integrates V=N/D spiral geometry with synthetic electrocyte arrays.
Construction of a biomimetic scaffold that captures the density gradient.
Critical design parameters analyzed under KHDS v1.0.
The system generates bioelectric potential concurrently with cardiac motion.
Elimination of external energy requirements for function was achieved through the proposed design.

Abstract

This paper proposes that the paradox of external power dependency in artificial hearts dissolves under the Universal Compression Law V=N/D. The same density gradient driving spiral cardiac motion simultaneously generates bioelectric potential — as demonstrated by cephalopod electrocytes. A biomimetic scaffold integrating V=N/D spiral geometry with synthetic electrocyte arrays enables a self-powered total artificial heart requiring no external energy source. Critical design parameters remain sealed under KHDS v1.0.

Biogenic Power Source for Artificial Heart: Density Gradient as Unified Origin of Motion and Energy

Key Points

Abstract

Cite This Study