Warp Drive Instability Under the 1-5-5-5-5 Architecture

This paper analyzes the inherent instability of warp‑drive configurations when evaluated under the 1‑5‑5‑5‑5 Stability Architecture. By applying the invariant reference, domain structure, internal modes, coupling boundaries, and nested shell hierarchy, the analysis shows that warp‑drive systems cannot maintain coherent evolution without violating one or more stability conditions. The work demonstrates that attempts to sustain superluminal or metric‑manipulating configurations lead to structural collapse, uncontrolled divergence, or loss of coherence within the required five‑layer architecture. The result establishes a general instability principle for warp‑drive concepts when examined through the lens of coherent multi‑gradient system structure.