Theoretical proposal models localized spacetime curvature via ultra-high magnetic fields, indicating potential laboratory generation of artificial gravitational metrics.
COPYRIGHT & PRIORITY NOTICE © 2026 Saif M. Al-Muaazab. All Rights Reserved. Priority Date: August 26, 2026 Zenodo DOI: [ 10.5281/zenodo.22119718 ] Commercial licensing required for apparatus described in Section 4 and Table 2. Academic citation permitted under CC-BY-4.0 ### INTELLECTUAL PROPERTY & PRIORITY NOTICE © 2026 Saif M. Al-Muaazab. All Rights Reserved. Priority Date: August 26, 2026 Commercial use of the apparatus and methods described herein requires written permission from the inventor. This work is licensed under CC-BY-4.0 for academic citation. --- ### ABSTRACT Technical proposal and funding specification for laboratory generation of localized spacetime curvature via 5D scalar field leakage δϕ5D. This document discloses a complete methodology, numerical simulation code, phased development roadmap, and budget requirements for building a "Metric Bubble Generator" apparatus. Key Parameters: - Critical Field Threshold: Bcrit = 4.12 × 10^4 Tesla - Physical Signature: Photon deflection θ = 1.7 × 10^-9 rad - Model Validation: Reduced Chi-Squared χred² = 1.031 - Total Budget: $1,155,000 USD over 36 months This deposit establishes formal priority for both the theoretical framework and the engineering implementation. DISCLAIMER: Detailed engineering specifications for the magnetic field generation system are summarized. Full technical parameters are available under NDA pending formal patent filing with USPTO.
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Saif mohammed mohammed AlMuaazab (2026) studied this question.
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