Spacetime-Driven Dimensional Flicker Model: A Theoretical Framework

This paper introduces the Spacetime Flicker Theory, a speculative physics framework proposing that brief, localized instabilities in the fabric of spacetime—termed dimensional flicker events—may create temporary windows into other dimensions. These events could help explain certain UAP (Unidentified Aerial Phenomena) observations that defy conventional physics. The model integrates concepts from general relativity, quantum vacuum fluctuation theory, and brane cosmology. It introduces a scalar coupling field f(x,t)f(x, t)f(x,t), from which a second-order strain tensor DμνD_{\mu\nu}Dμν is derived. This tensor is incorporated into a modified Einstein field equation to represent the geometric effects of dimensional interference. A wave equation for the coupling field is also developed to characterize the dynamic behavior of spacetime flickers. This work is original to the author, John W. Smith II, and was developed with the assistance of AI tools. It is published under a Creative Commons Attribution 4.0 International license.