Assessing UAP-Induced Hazards for Military, Civilian, and Critical Infrastructure Assets: A GREM and AB-Coupled Phase-Momentum Modeling Approach

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The work assesses the risk posed by high‑energy unidentified aerial phenomena theorized to use coherent electromagnetic structures that can locally modify spacetime and provides a physics‑based framework with energy estimates, hazard envelopes, and recommended standoff distances to guide safety for aircraft, naval platforms, and critical infrastructure, along with a structured approach to sensor deployment and defensive planning while acknowledging uncertainties, and Brennan Gabriel and Jack Sarfatti are named as contributors.

Potential Dangers in Engaging Unidentified Aerial Phenomena (UAP) for Military and Civilian Craft and Installations
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Potential Dangers in Engaging Unidentified Aerial Phenomena (UAP) for Military and Civilian Craft and Installations

This paper examines the potential hazards of Unidentified Aerial Phenomena (UAP) under the hypothesis that they employ coherent electromagnetic structures capable of locally modifying spacetime, consistent with the GREM framework and AB-coupled