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This research aims to redefine oncogenesis through a physical perspective, focusing on electrical properties of cells.

May 10, 2026Open Access

Linking Prebiotic Physics and Oncology: The Cell as a Capacitor and Cancer as an Electrical Short Circuit

Key Points

This research aims to redefine oncogenesis through a physical perspective, focusing on electrical properties of cells.
Introduced a theoretical model that conceptualizes cells as prebiotic capacitors.
Explored thermodynamic and electrostatic factors affecting cellular integrity.
Proposed that oncogenesis arises from an electrical short circuit in cells rather than genetic mutations.
Demonstrated the significance of charge maintenance in cellular stability.

Abstract

This paper presents a novel physical paradigm viewing oncogenesis not as a result of genetic mutations, but as a thermodynamic and electrostatic collapse of the cellular system. Drawing from the origins of life in prebiotic environments, we define the cell as a "prebiotic capacitor" whose integrity is determined by its ability to maintain an electrical charge.

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