A new research paper has been released from Ukraine, focusing on Unidentified Aerial Phenomena (UAP) and the characterization of Dark UAPs. You can access the paper here: https://arxiv.org/pdf/2503.05627.
ABSTRACT This study employs advanced observational techniques to analyze the characteristics of UAPs. We present findings from three distinct cases:
- Multi-angle daytime observations of UAPs over Kiev.
- Nighttime monitoring of a group of objects near the Moon.
- UAP sightings within a combat zone in Ukraine.
Our findings indicate that Dark UAPs are visible in the daytime under the visible light spectrum but can only be detected at night using infrared wavelengths. The observed sizes of these UAPs range from three to six kilometers, and they demonstrate high velocities exceeding 2.5 Mach. Additionally, their low albedo—measured at three percent or less—suggests they resemble a completely black body in terms of reflectivity.
Keywords: observational methods; object: UAP; imaging techniques.
This research paper presents intriguing findings about Unidentified Aerial Phenomena (UAPs) based on high-tech observations conducted in Ukraine. The characterization of “Dark UAPs” reveals fascinating details, especially regarding their visibility and physical attributes.
The fact that these UAPs can only be observed in the infrared spectrum at night, while being visible during the day, suggests they possess unique properties that challenge typical understanding of aerial objects. Their significant size, with dimensions ranging from three to six kilometers, and the extraordinary velocities exceeding 2.5 Mach add to the mystery of their nature and origin.
Additionally, the extremely low albedo observed indicates these UAPs do not reflect much light, making them difficult to detect using conventional visual methods. This characteristic of a “completely black body” raises questions about their material composition and potential purpose.
It’s especially noteworthy that some observations occurred in combat zones, which may provide insights into their relevance in current geopolitical contexts. Overall, this research contributes to the ongoing discourse surrounding UAPs and may pave the way for further investigations into their characteristics and implications.
I’m looking forward to seeing how this research will be received in the scientific community and what implications it may have for our understanding of aerial phenomena.