External Vacuum Response in Structured Vacuum Field Theory: Jets, Gravitational Waves, and the Forced Termination of Space

This paper examines gravitational-wave–like signals and astrophysical jets within the framework of Structured Vacuum Field Theory (SVFT), a theoretical approach in which space is treated as a structured and inertial medium rather than as a purely passive geometric background. Within this framework, observable strain and sustained anisotropic phenomena are interpreted as responses of spatial coherence to asymmetric recursive stress, without invoking intrinsic black hole spin, horizon-localized dynamics, or independent gravity carriers. The work distinguishes constitutive response from energetic conversion, establishes explicit falsification criteria, and confines all claims to externally observable behavior under stated assumptions. Exploratory numerical modeling is included solely as a qualitative consistency check. No claims of waveform prediction, experimental validation, or quantitative agreement with numerical relativity are made.