How Much Time Do We Have Before Catastrophic Disclosure Occurs?
Matthew Szydagis
Limina: The Journal of UAP Studies
Summary
Particle physicist Matthew Szydagis (SUNY Albany) applies statistical modeling to estimate the timeline before 'catastrophic disclosure' - defined as accidental public revelation of conclusive non-human intelligence evidence outside institutional control. Using smartphone ownership rates and human population distribution, the model simulates scenarios involving a UAP incident in a densely populated area. Results project a mean disclosure timeline of approximately 2040 plus or minus 20 years under default assumptions. An unusual combination of hard science credentials with UAP disclosure policy analysis in a peer-reviewed venue.
Abstract
Claims about recovered crashed craft from non-human intelligences pervade popular culture and media. This article employs such claims to estimate the timeframe before 'catastrophic disclosure' - defined as accidental revelation of conclusive evidence of non-human intelligence existence outside human institutional control. The analysis examines a hypothetical scenario where an extraterrestrial spacecraft crashes in a major metropolitan area, considering Earth's human population distribution and smartphone ownership rates as statistical factors. Using a skeptical yet analytical approach, the author applies standard statistical distributions to quantify when smartphone imagery or video proof might become irrevocably public online. The simulations model various scenarios with different assumptions about likelihood. Results indicate that if non-human intelligence exists and possesses fallible technology, accidental catastrophic disclosure could occur relatively soon, with mean projections suggesting 2040 plus or minus 20 years under default assumptions.
Citation
Matthew Szydagis. (2025). Limina: The Journal of UAP Studies. DOI: 10.59661/001c.131700
https://doi.org/10.59661/001c.131700Related Papers
The Meyler-Fuchs Hybrid Warp Drive
Nicholas Meyler · 2026
What Do You Mean by Disclosure?
Brenda Denzler · 2025
Estimates of radiative energy values in ground-level observations of an unidentified aerial phenomenon: New physical data
Jacques F. Vallee et al. · 2025
Casting Ambiguity: The Securitization of Unidentified Anomalous Phenomena in the United States
Ghaleb Krame et al. · 2024