Vacuum Configuration, Resolution, and Event Formation: A Constraint-Driven Framework

ABSTRACT

This article proposes a framework in which physical reality is not fundamentally composed

of events, but of configurations existing in a higher-dimensional domain. Events arise only

when configurations satisfy constraint conditions through a process termed resolution.

Resolution functions analogously to computation, not as an external operation but as an

intrinsic process of consistency enforcement. The framework introduces a two-phase

structure: resolution occurs at the level of configuration and is expressed as events in

spacetime. This approach avoids reliance on observer-based interpretations and rejects

the notion that reality is pre-written or passively stored. Instead, reality is continuously

formed through constraint-driven configuration realization. Existing physical theory

strongly suggests this structure, even if an explicit formulation has not yet been derived. In

particular, current equations appear to implicitly contain resolution while not explicitly

describing it. Connections are drawn to known threshold phenomena in physics, including

the photoelectric effect, and to established constraint structures in relativity and quantum

theory.