Geraldo Medeiros
Tumor cells differ from normal cells not only in genetic and biochemical terms but also in their electrical, dielectric, and energetic properties. This article proposes a theoretical framework in which solid tumors are treated as dissipative electrodynamic systems, characterized by high ionic conductivity, an acidic microenvironment, intensive metabolism, and functionally unstable cellular circuitry. It is argued that the combined application of low-voltage, high-frequency exogenous transdermal electric fields, together with near-infrared photobiomodulation (~850 nm), may act as a physical perturbation capable of increasing the tumor’s energetic cost, inducing oxidative stress, and compromising the electrome tabolic stability of the tumor system. The work does not propose therapeutic protocols but instead organizes existing physical and biological concepts into a coherent, falsifiable model oriented toward future investigation.