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February 16, 20260 citationsOpen Access

The Boundary Stability Verification Gate (BSVG): A Pre-Dynamic Admissibility Criterion

Key Points

This research introduces the Boundary Stability Verification Gate (BSVG) as an admissibility operator.
Developed as a formal operator for evaluating system boundary integrity.
Applied theoretically across various domains including science and mathematics.
Operates without altering underlying models or laws.
Identifies and prevents analysis continuation when boundary integrity is uncertain.
Distinguishes between boundary failure and internal system changes.
Demonstrates falsifiability in principle.

Abstract

The Boundary Stability Verification Gate (BSVG) is a formal admissibility operator that determines whether a system boundary remains structurally valid under stress, scale shift, perturbation, or interpretation. The construct distinguishes boundary failure from internal system change and prevents continuation of analysis when boundary integrity is uncertifiable. BSVG functions as a non-interfering classification gate applicable across scientific, logical, mathematical, and observational domains. It does not modify underlying models or laws but constrains interpretation by verifying boundary stability prior to inference. The operator is falsifiable in principle and applies wherever conclusions depend on defined domain limits.

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