DRAFT - Plasma Pareidolia: A Unified Quantitative Framework for Unidentified Anomalous Phenomena (UAP)

We propose a falsifiable hypothesis synthesizing plasma electrodynamics, radar control theory, and cognitive neuroscience to explain a broad class of historical and contemporary Unidentified Anomalous Phenomena (UAP). These events represent instances where rare, high-energy electromagnetic phenomena - whether naturally occuring or artificially induced - are misperceived by human predictive processing systems. The hypothesis is developed and tested via a quantitative reconstruction of the well-instrumented 2004 USS Nimitz incident, which provides convergent radar, infrared, and eyewitness data. Physically, we show that the anomalous object encountered is consistent with a radar-induced atmospheric plasma structure arising from phased-array interference under favorable environmental conditions, and that its reported “impossible” kinematics emerge from field-defined plasma reconfiguration coupled to Newtonian-assuming radar tracking feedback. Cognitively, we argue that such encounters function as macro-scale Violation of Expectation (VoE) events - the luminous, non-inertial stimulus overwhelms the brain's predictive internal physics model, leading the visual cortex to impose a structured interpretation through a Rorschach-like template matching process shaped by cultural priors.


This is a work in progress - to be completed before end of 2025.