(zenodo.org) Introduction For centuries, physics has attempted to unify the fundamental concepts of matter, fields, and space. Modern theories such as quantum mechanics and general relativity describe different aspects of reality, but their unification remains a complex challenge. However, if we consider space as a form of energy organized into spherical structures, many contradictions may disappear. This article explores how spherical geometry naturally creates uncertainty and how this concept can explain the fundamental nature of the universe. Space as a Form of Energy Space is typically perceived as an empty medium in which particles and fields exist. However, if we assume that space itself is energy, the "vacuum" is no longer an emptiness but a special form of distributed energy. This perspective changes our understanding of physical processes: Matter is a condensed form of spatial energy. Fields are manifestations of interactions within this energy. Gravity is the curvature of spatial energy rather than an action at a distance. The Sphere as a Source of Uncertainty The geometry of a...