‘E = ∞’ EN

Introduction Energy is generally described in terms of measurable quantities, transformations, and exchanges between different physical systems. The present model proposes approaching this concept from a different perspective by explicitly distinguishing the quantity of energy from the fundamental state of energy. This distinction leads to the fundamental expression: E = ∞ Within this theoretical framework, the symbol does not mean that a photon, particle, or system contains an infinite quantity of energy. Infinity represents the state of energy itself. The measurable quantity constitutes a manifestation of this state when it is organized, divided, added, distributed, or confined within a physical structure. Energy can therefore be considered as retaining its fundamental state while presenting different quantitative manifestations. A division of energy does not necessarily correspond to its disappearance. It represents a redistribution of that energy among several components. Likewise, addition brings several components together without necessarily implying the creation of a new fundamental energy state.