A Unified Field and Engineering Framework: Gaussian Vacuum Solitons, Spiral-Time HLV Dynamics, and the RAPS Coherence Architecture

We present a compact but comprehensive unification of four previously independent frameworks: (1) Gaussian Vacuum Solitons (GVS) derived from Born–Infeld regularization, (2) the Helix–Light–Vortex (HLV) quasicrystal coherence model, (3) the interference-as-geometry coherence principles developed in prior works, and (4) the Recursive Autonomous Projection System (RAPS), an engineering architecture for coherence-governed digital twins, autonomous policy formation, and deterministic safety. This unified model demonstrates that GVS curvature profiles, spiral-time dynamics, and tri-cell coupling all emerge naturally from a single coherence tensor structure. We show how field-theoretic objects map directly onto engineering primitives, including the oscillatory prefactor A(t), triadic time channels (t,ϕ,χ), coherence radius rc, curvature bounds, and stability operators. The final result is a coherent theoretical–engineering bridge capable of describing: (i) gravitational phenomena, (ii) non-linear vacuum structure, (iii) predictive control architectures, and (iv) coherence-governed physical systems, within a single shared formalism. This paper is written collaboratively by the Global Science League research group alongside independent contributors, and is intended to be the definitive compact statement of the unified GVS–HLV–RAPS architecture.