Alcubierre Cacci 4.5 Toward Testable Warp Corridors in Laboratory Physics

We propose a corridor-based, weak-curvature warp framework wherein coherent electromagnetic/plasma/analog media implement an effective metric anisotropy confined to a thin shell. Within linearized GR, we derive stressenergy requirements and minimize the global energy cost via smooth, compensated profiles consistent with quantum inequalities. We then map engineered media (bianisotropic metamaterials, high-Q photonic cavities, magnetized plasmas) onto Tamm-equivalent metrics, enabling laboratory-scale TRL 1–3 tests through optical/atomic interferometry, analog-gravity platforms, and precision time-transfer. We report a design and optimization workflow (ADM + adjoint EM/FEM) and specify falsifiable signatures (phase-locked shifts and scaling laws). This establishes a verifiable pathway from informational-coherence mechanisms to controlled geodesic biasing, outlining conditions under which macro-scale energy demands may be progressively reduced.