The Galileo Project
Type
Project
Status
ActiveActive Period
2021-present
Parent Organization
Harvard University
Summary
The Galileo Project is a systematic scientific research program founded by Harvard astrophysicist Dr. Avi Loeb in July 2021 following the release of the ODNI UAP Task Force report. The project aims to apply rigorous scientific methodology - including purpose-built observatory instruments, peer-reviewed publication standards, and transparent data sharing - to the search for extraterrestrial technological signatures and UAP. It represents the first fully transparent, institutionally affiliated academic UAP research program in history. In 2023 the project published its first peer-reviewed analysis of UAP data from a dedicated sky survey system at Harvard Observatory.
Significance
The Galileo Project represents the legitimization of UAP as a serious scientific research question within mainstream academia. By operating under Harvard University auspices with full peer-review transparency, it bridges the gap between the historically stigmatized UAP research community and institutional science. Its approach - dedicated instrumentation, rigorous data standards, open publication - is the methodology that NASA's 2023 UAP study recommended as the path forward. Loeb's willingness to stake his academic reputation on the project has had a measurable effect on mainstream scientific engagement with UAP.
Key Personnel
Dr. Avi Loeb
Founder and Principal Investigator
Dr. Frank Laukien
Founding donor
Dr. Sean Kirkpatrick
Paper co-author (while AARO director)
Limitations & Caveats
- !The project's methodology - ground-based sky cameras - has limited coverage and sensitivity compared to the classified sensor systems that have produced the most compelling UAP data
- !Peer-reviewed publication timelines mean results lag real-time observation by months to years
- !The project's focus on systematic observation means it cannot retroactively analyze the best-documented historical cases
- !Loeb's concurrent claims about interstellar objects and IM1 have attracted scientific skepticism that has complicated reception of the project's UAP work
- !Funding remains primarily private donation; institutional support from Harvard is limited to facilities access