Statistical Analysis Reveals Significant Correlation Between UAP Sightings and Nuclear Infrastructure

A comprehensive data analysis of over 146,000 Unidentified Anomalous Phenomena (UAP) reports through 2023 indicates a strong statistical clustering around nuclear facilities. Researchers cross-referenced 199 global sites, including nuclear power plants and national laboratories, against verified sighting data. The findings reveal that approximately one-third of all recorded UAP events occur within an 80-kilometer radius of these locations. To ensure the results were not merely a product of higher population density near industrial zones, the study utilized a control group of non-UAP anomalous reports. The resulting data shows that individuals are more than twice as likely to encounter a UAP near a nuclear site compared to the established baseline.

The statistical significance of this correlation is high, with researchers calculating the odds of such a distribution occurring by chance at less than one in a million. Specific hotspots, such as the San Onofre nuclear plant in California and the Brookhaven National Laboratory in New York, demonstrated an extreme uplift in sighting frequency compared to surrounding areas. The most commonly reported shapes during these events include lights, spheres, and triangles. By moving beyond anecdotal evidence and focusing on quantitative signal analysis, this study provides a framework for further investigation into why these facilities appear to attract anomalous activity. The full dataset remains available for public review and independent verification.