Topological Cosmology-Based Simulation of the Hypothesized Cause of the Blurred Shape of UFO/UAP Objects

This document examines the hypothesis that the blurred shape of UFO/UAP objects may not be caused only by camera defocus, lens flare, video compression noise, or atmospheric turbulence, but may instead arise from a spatial-phase modulation field formed around the object. This hypothesis is connected to the central premise of Topological Cosmology. According to Topological Cosmology, our universe is not a completely isolated closed system. Rather, it may interact with external phase conditions through a multiverse structure or through boundary surfaces between universes. Such interaction may be reflected as an intrinsic phase value or phase field across the entire space of our universe. Matter, electromagnetic fields, and gravitational phenomena are then interpreted as results of interaction with this spatial phase. Therefore, the blurred shape observed around UFO/UAP objects may be interpreted not merely as a visual anomaly, but as a possible test sample showing how matter and light respond when spatial phase is locally modulated. In other words, the blurring phenomenon of UFO/UAP objects may become an observational candidate for testing the fundamental proposition of Topological Cosmology: “spatial phase interacts with all matter and fields.”