Robert A. Powell

Background

Robert A. Powell holds a BS in Chemistry from Southeastern Oklahoma State University and spent over 28 years in the semiconductor industry as an engineer and manager. At Advanced Micro Devices (AMD), he contributed to the development of flash memory technology—foundational to modern digital storage devices used in cameras, computers, and video equipment. His R&D leadership encompassed nanotechnology research using atomic force microscopes and near-field optical microscopy; he holds four patents in nanotechnology and has managed state-of-the-art chemistry laboratories.

Transition to UAP Research

In 2007, Powell redirected his scientific expertise toward unidentified aerial phenomena, becoming Director of Research at MUFON (Mutual UFO Network). During his decade-long tenure (2007–2017), he brought rigorous engineering methodology to UFO investigation—a field historically weakened by anecdotal reporting and poor data quality. In 2012, he founded MUFON's Science Review Board, establishing peer-review standards for case investigations and forcing the organization toward greater scientific accountability.

This shift was not incidental: Powell recognized that UAP cases with strong radar data, multiple independent witnesses, or physical traces required the same forensic and analytical rigor applied in semiconductor defect analysis. He became known for demanding full sensor data, detailed timelines, and measurable physical parameters rather than speculation.

Scientific Coalition for UAP Studies

In response to broader frustration with governmental secrecy around UAP data, Powell co-founded the Scientific Coalition for UAP Studies (SCU) alongside other researchers and scientists. The SCU adopted a forensic approach: carefully reconstructing incidents using declassified radar records, witness testimony, and flight-dynamics modeling rather than speculation or conspiracy narrative. This methodology distinguished the SCU from sensationalist UFO groups and positioned it as credible in academic and policy circles.

Powell's key peer-reviewed and published work includes "A Forensic Analysis of Navy Carrier Strike Group Eleven's Encounter with an Anomalous Aerial Vehicle"—an exhaustive reconstruction of the 2015 USS Roosevelt encounter—and "Estimating Flight Characteristics of Anomalous Unidentified Aerial Vehicles," published in the journal Entropy. These papers analyze the famous "Gimbal" and "Go Fast" videos captured by Navy pilots, using optical physics, sensor characteristics, and flight mechanics to constrain what the craft's performance envelope might have been.

Major Cases and Publications

Powell authored or co-authored detailed scientific reports on several high-profile incidents:

• Stephenville Lights (2008): A forensic radar and witness reconstruction of multiple sightings over Texas ranches.
• Aguadilla, Puerto Rico (2013): A comprehensive SCU report combining radar, visual witness, and thermal imaging data.
• USS Roosevelt Naval Encounters (2015): The definitive technical analysis of the "Gimbal" and "Go Fast" incidents, which became central to the 2017 New York Times disclosure and later congressional testimony.

He also authored the book "UFOs: A Scientist Explains What We Know (And Don't Know)," aimed at a general audience—a rare effort by a credentialed scientist to communicate UAP facts and uncertainties without sensationalism.

Disclosure Era Advocacy

In the post-2017 disclosure era, Powell has become a consistent advocate for congressional funding of independent UAP research and mandatory data access from military and intelligence agencies. He argues that progress depends not on releasing classified photos or videos, but on providing researchers with raw sensor data—radar plots, electromagnetic measurements, and full flight corridors—from well-documented military encounters. This position aligns with the UAP Task Force and AARO frameworks but pushes for civilian oversight and transparency.

Powell is a member of the Society for Scientific Exploration, UFODATA (a crowdsourced sighting database), and the National Space Society. He currently resides in Austin, Texas.

Legacy

Powell represents a crucial shift in UFO studies: the infiltration of engineering rigor and peer-reviewed methodology into a field long dominated by amateurs and charlatans. His work demonstrates that credible UAP incidents can be reconstructed scientifically without invoking advanced propulsion or non-human intelligence—yet simultaneously, his analyses often reveal gaps in our understanding of aerodynamic and sensor physics that persist even after the data is rigorously examined.