Structured Vacuum Field Theory: Glossary of Terms

This document provides a comprehensive glossary of terminology used throughout the Structured Vacuum Field Theory (SVFT) corpus. The glossary defines the conceptual, mathematical, and physical terms appearing across the research program and clarifies how familiar physics terminology is used within the SVFT framework. Structured Vacuum Field Theory interprets space as a reactive coherence medium governed by an operator-based mathematical structure. Within this framework, coherence configurations are represented in a Hilbert space and evolve under a compact, self-adjoint, strongly positive kernel operator. Concepts such as recursion, activation, spectral selection, termination boundaries, and cross-domain closure arise from this operator structure and are used consistently across the corpus. Many terms appearing in the SVFT literature—such as vacuum, curvature, singularity, and wavefunction collapse—have conventional meanings in general relativity and quantum mechanics. Within SVFT these terms may carry specific definitions derived from the coherence-medium interpretation. The glossary therefore clarifies the terminology used in the corpus and identifies the primary papers in which each concept is developed. Bracketed references throughout the glossary indicate the principal source papers where each concept is introduced or derived. A complete guide to the SVFT corpus, including DOIs and explicit falsification pathways, appears in the appendix of the recapitulation paper. This glossary is intended to serve as a reference guide for readers encountering the SVFT research program and accompanies the recapitulation document: Structured Vacuum Field Theory: Program Architecture and Corpus Overview of a Reactive-Space Coherence Framework for Gravity, Quantum Behavior, and Cosmology, with Falsifiable Consequences.