- Led by Prof. Garry Nolan et al. at Stanford University
- Non-profit organization focused on applying rigorous scientific methodology to UAP research
- Emphasizes interdisciplinary collaboration and transparent data sharing
- Provides research grants and supports academic initiatives in UAP studies
- Notable for hosting symposiums in 2023 and 2024

- Led by Professor Avi Loeb at Harvard University
- Uses advanced astronomical equipment to search for extraterrestrial technological signatures
- Employs multi-sensor observation systems
- Focuses on gathering systematic scientific data about UAP and potential extraterrestrial artifacts

- Prof. Matthew Szydagis et. al at University of Albany
- Independent scientific organization conducting field research on UAPs
- Utilizes multi-sensor platforms and data analytics
- Focuses on collecting empirical evidence through systematic observation
- Employs standardized protocols for data collection and analysis

- Non-profit organization focused on scientific analysis of UAP data
- Conducts case investigations using scientific methodology
- Publishes peer-reviewed research papers
- Organizes scientific conferences and workshops

- Led by Prof. Hakan Kayal at Universität Würzburg
- Investigates potential extraterrestrial artifacts and signals
- Combines astronomical observation with data analysis
- Emphasizes international collaboration in UAP research

- Official French government organization studying unexplained aerospace phenomena
- Maintains extensive database of UAP reports
- Conducts scientific analysis of UAP incidents
- Collaborates with aviation authorities and scientific institutions

- Led by Assistant Prof. Beatrice Villarroel at Nordic Institute of Theoretical Physics, Stockholm University
- Focuses on searching historical astronomical plates for transient phenomena
- Uses machine learning to analyze astronomical data for anomalous objects
- Collaborates with multiple observatories and institutions

- Established in 2022 to provide a road map for NASA for further study of UAP
- Focus on collecting and analyzing data from civilian government entities and commercial data
- Examines UAP reports using scientific methodology
- Aims to destigmatize UAP reporting in the aviation community

Nonprofit organization that seeks to bring together serious thinkers (both academics and professionals) who are committed to advancing the study of the UAP through rigorous scholarly engagement.

Primary output is the biannual, peer-reviewed journal Limina, which is managed and published by the society.

Key person: Erling P. Strand (retired from Østfold University College)

Mission: Collect high quality data on the Hessdalen Lights phenomenon and explain the science behind it.

Vision: Discover unknown processes and laws of nature, find new sources of energy and potentially interact with unknown intelligences.

Key person: Luc Dini

Mission: 3AF Technical Commission SIGMA2 was created to study the exceptional nature of UAP and their complexity. 3AF SIGMA2 brings together a wide range of expertise. E.g., engineers, air defense specialists, pilots, astronauts, radar, electromagnetism experts.

Key persons: John Tedesco and Gerry Tedesco

The Tedesco brothers use advanced sensors and instruments, bringing rigor and precision to UAP research. Their commitment to scientific principles in examining UAP off New York's Long Island Coast offers insights and challenges existing perceptions.

Tedesco, J. J. & Tedesco, G. T. (2024): Eye on the Sky: A UAP Research and Field Study off New York’s Long Island Coast. Open Journal of Applied Sciences. Vol. 14. No. 8.
https://doi.org/10.4236/ojapps.2024.148152

Tedesco, J. J. & Tedesco, G. T. (2024): Unraveling Mystique: Long-Delay Echoes; Anomalous Propagation of Radar Signals under the Influence of Unidentified Anomalous Phenomena. Open Journal of Applied Sciences. Vol. 14. No. 12.
https://doi.org/10.4236/ojapps.2024.1412238

Key person: Mitch Randall

SkyWatch is a decentralized network of citizen-deployed radar receivers to generate a real-time, nationwide map of UFO flight patterns. Mitch Randall has developed and deployed a proof-of-concept system with Harvard's Galileo Project (mentioned above) as a research team member.

Randall, M. et al. (2023): SkyWatch: A Passive Multistatic Radar Network for the Measurement of Object Position and Velocity. Journal of Astronomical Instrumentation, Vol. 12, No. 1.
https://doi.org/10.1142/S2251171723400044

Key persons: Ronald Olch & Christopher O'Brien

The UFO Data Acquisition Project (UFODAP) is a groundbreaking initiative dedicated to advancing the scientific study of Unidentified Aerial Phenomena (UAP). By providing state-of-the-art data acquisition technology, UFODAP aims to collect high-quality, objective data that can be rigorously analyzed by researchers worldwide.

Key persons: Sydney Morrison, Remi Clark-Redstar, Sri Tata.

The Yale Student UFO Society aims to contribute to the scientific research surrounding the UAP enigma by conducting rigorous investigation, promoting responsible dialogue, and creating an inclusive space for people to discuss the mysteries of unidentified flying objects.

Yale Student UFO / UAP Society.