Investigating UAP Events Using Astronomical Techniques
Massimo Teodorani
Limina: The Journal of UAP Studies
Summary
By the physicist who led Project Hessdalen's instrumented monitoring campaigns, this paper details how professional astronomical sensor arrays - spectroscopy, photometry, magnetometry - can be applied to systematic UAP investigation. Teodorani outlines measurable physical parameters, discusses past monitoring campaigns at recurrent UAP sites, and evaluates competing hypotheses including natural, anthropogenic, extraterrestrial, and 'plasma life' explanations. Bridges astrophysics methodology with empirical UAP field research and argues for a permanent global network of multiwavelength monitoring stations.
Abstract
This paper outlines key scientific procedures for investigating Unidentified Aerial Phenomena through astronomy-based methods. The author presents observational approaches and discusses findings that support conducting additional monitoring sessions using multiwavelength and multimode instruments. Special attention is given to magnetometry, photometry, and spectroscopy techniques for examining the phenomenon's variability in order to understand its underlying physical processes, including potential propulsion mechanisms. The text details measurable physical parameters and their possible correlations. The author recommends establishing measurement instruments at locations worldwide where such phenomena recur with notable frequency. Past monitoring campaigns at these sites are referenced alongside relevant research literature. The work also explores multiple explanatory hypotheses - including natural causes, human-made origins, and extraterrestrial sources - concluding that the plasma life hypothesis warrants consideration as well.
Citation
Massimo Teodorani. (2024). Limina: The Journal of UAP Studies. DOI: 10.59661/001c.92684
https://doi.org/10.59661/001c.92684Related Papers
The Importance of Phenomenology for UAP Studies
Kimberly S. Engels · 2025
The New Science of Unidentified Aerospace-Undersea Phenomena (UAP)
Kevin H. Knuth et al. · 2025
Toward a Reliability Scale for Assessing Reports of Unidentified Anomalous Phenomena (UAP)
Dirk Schulze-Makuch et al. · 2025
Unidentified aerospace-undersea phenomena (UAP) status and outlook
Max F. Platzer · 2025