What question did this study set out to answer?

The study aims to describe a unified boundary architecture for dynamic processes across various scales.

July 1, 2026Open Access

EVB Theory Version 4

Key Points

The study aims to describe a unified boundary architecture for dynamic processes across various scales.
Introduced a four-layer boundary structure: Gradient, Identity, Timing, Feedback.
Developed the Unified Boundary Equation (UBE) to articulate boundary behavior.
Demonstrated applications to cosmic phenomena in the cosmic appendix.
Identified universal dynamics governing collapse, recovery, and boundary failure.
Described how boundary mechanisms account for cosmic expansion and structure formation.
Illustrated interactions among boundary layers affecting timing and coherence.

Abstract

EVB Theory — Version 4 is the first complete public release of a unified boundary architecture describing collapse, recovery, identity deformation, timing behavior, feedback stabilization, coherence drift, and boundary failure/restoration across cosmic, biological, atomic, and system scales. The theory identifies a four‑layer boundary structure—Gradient, Identity, Timing, and Feedback—that governs boundary behavior at all scales. These layers interact through the Unified Boundary Equation (UBE), which expresses collapse, recovery, long‑term drift, and structural signatures as universal boundary dynamics. Version 4 includes the cosmic appendix demonstrating how the same boundary mechanisms explain expansion, gravitational wells, structure formation, and timing behavior at the largest scale. Published under the pseudonym EV Bene.

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