Torus Black-Hole Inspired by Mitochondrial-DNA in (1 + 3)-Dimensions

In this work, we investigate a possible conceptual link between torus-shaped black hole solutions of the vacuum gravitational field equations in (1 + 3)-dimensional general relativity and mitochondrial DNA (mtDNA). We propose that this analogy could serve as a framework for transferring insights and methodologies between the study of mtDNA and toroidal black hole geometries. By establishing this connection, we aim to provide novel perspectives that could contribute to advancements in both theoretical physics and molecular biology, offering new tools for understanding complex structures in these disciplines.