This paper proposes a theoretical framework for understanding the physical basis of human consciousness through the lens of self-organized electrical activity in the brain. Drawing on neuroscience, thermodynamics, and complex systems theory, I argue that higher-order cognitive functions—such as memory, emotion, learning, and subjective awareness—do not reside in isolated neurons or discrete brain regions. Instead, they emerge from large-scale, self-sustaining patterns of organized electrical current circulating through neuronal networks. Inspired by Prigogine’s theory of dissipative structures, the brain is conceptualized as an open system in which continuous metabolic energy enables spontaneous formation of stable yet dynamic electrical organizations. I hypothesize that this self-organized electrical structure constitutes the physical substrate of the human “soul,” understood here not in a metaphysical sense but as the unique, persistent, and irreducible pattern underlying individual consciousness. This perspective further suggests that artificial replication of consciousness would require transferring—not merely copying—the specific organizational properties of these electrical patterns. The framework aims to motivate new discussions on consciousness markers, neural integration, and the physical nature of subjective experience.