Why systems, materials, and atoms tend to seek stability over time

This formula emerges from a unified vision of the physical behavior of the universe, where every observable phenomenon is a form of restitution of an initial energy delta (delta-E). The equation does not merely describe motion, but the way in which energy is distributed across space and time to complete its cycle of return. It is not an effect, but a principle: everything that happens is a form of coherent restitution. This principle also explains why systems, materials, and atoms tend to seek stability over time if not energetically perturbed. It is the natural outcome of inevitable energy dissipation that cannot be avoided—every structure, left undisturbed, will always move toward a state where the delta-E is balanced or minimized.