NASA UAP Independent Study Team 2023 — a parallel scientific-establishment review

In June 2022, the National Aeronautics and Space Administration commissioned an Independent Study Team to review available UAP-related data from a scientific perspective and to recommend approaches by which NASA could contribute to systematic study of the topic. The Team — chaired by astrophysicist David Spergel of the Simons Foundation and including sixteen members drawn from the scientific, defence-engineering, and adjacent communities — produced its final report in September 2023. The NASA report is a substantive parallel-track institutional engagement with UAP that is distinct from AARO's defence-focused work and that has shaped the scientific-community public discussion of the topic in subsequent years.

The team's mandate and approach

The Independent Study Team's mandate was specifically scoped: NASA asked the Team to evaluate what scientific data was currently available bearing on UAP, what data acquisition and analysis methods could be brought to bear in future systematic study, and what role NASA itself might productively play. The Team was explicitly not tasked with reviewing classified material or with adjudicating individual UAP cases.

This scoping is important. The Team operated entirely within open-data and open-methodology constraints, which differentiated its working environment substantially from AARO's. The Team's conclusions therefore reflect what is achievable from a publicly-available-data scientific posture rather than what may be possible from inside the classified institutional framework.

The Team's principal conclusions

The Team's September 2023 report reached several principal conclusions. First, that the available public-domain data on UAP is generally inadequate for systematic scientific analysis — observations are typically uncontrolled, sensor-platform metadata is often missing, and the cases as currently catalogued lack the standardisation needed for cross-case comparison. Second, that future systematic study of UAP would benefit substantially from the application of modern data-science and sensor-technology methods, particularly leveraging existing scientific platforms and AI-based pattern detection. Third, that NASA's role in this work should focus on contributing scientific methodology, sensor infrastructure, and open-data discipline rather than on direct case-by-case investigation, which is properly the institutional remit of other agencies.

The report did not advance any position on the underlying nature of the UAP phenomenon. It treated the question as currently scientifically open and approached the topic methodologically rather than interpretively.

The Team's continuing influence

Following the report's release, NASA appointed a Director of UAP Research to lead the Agency's continuing engagement with the topic, in line with the Team's recommendations. The position has subsequently been the principal NASA institutional interface with both AARO and the broader scientific UAP discussion.

The NASA report's continuing significance is less in any specific case-level disclosure — there was none — than in its methodological framing, which has substantively shaped how a substantial portion of the scientific community approaches the topic. For comparison with AARO's defence-focused institutional work and with the international scientific-institutional parallels, see the SkyLens UAP files page.

Editorial note: Independent SkyLens analysis of the contemporary US UAP institutional framework (AARO, UAPTF, AATIP) and the public documents and testimony associated with it. The case index linking related releases is on the SkyLens UAP files page.