Theoretical Framework and Computational Verification of Engineered Spacetime Curvature Perturbation via Casimir-Driven Warp Ring

Key Points

• To develop a theoretical framework and verify engineered spacetime curvature perturbations using Casimir-driven systems.
• Derived a Master Equation from first principles to connect Casimir vacuum energy to metric perturbations.
• Utilized the EMT Warp Ring Simulator v3.1 for computational verification.
• Analyzed energy outputs and apparatus specifications of the Warp Ring Mk-II.”],
• results
• 1. Detected a metric perturbation of 5.83e-31, exceeding interference detection limits by 583,000 times.
• 2. Found a fundamental energy deficit of 10^45 for propulsion.
• 3. Provided a dual-axis R&D roadmap for detection and propulsion goals.
• Detected a metric perturbation of 5.83e-31, exceeding interference detection limits by 583,000 times.
• Found a fundamental energy deficit of 10^45 for propulsion.
• Provided a dual-axis R&D roadmap for detection and propulsion goals.