Dr. Cecilia Levy

Overview

Dr. Cecilia Levy is a Canadian-born astroparticle physicist and Associate Professor in the Department of Physics at the University at Albany (SUNY). With a Ph.D. from the University of Münster, Germany, Levy has established herself as a leading experimental physicist in the search for dark matter while simultaneously playing a crucial role in bringing scientific rigor to the study of unidentified anomalous phenomena (UAP). Her transition from pure dark matter research to applied UAP field investigation exemplifies a broader institutional shift in academic engagement with phenomena that bridge experimental physics, detection technology, and unexplained aerial observations.

Dark Matter Research and Experimental Physics Background

Levey's primary research domain centers on astroparticle physics, specifically the direct detection and characterization of dark matter—the elusive particles believed to comprise approximately 25% of the universe. At the University at Albany, she leads the Dark Matter Research Group and contributes to the LZ (LUX-ZEPLIN) experiment, a 7-ton detector designed to identify dark matter particles through sophisticated radiation shielding and sensor technologies. Her group has developed the "Snowball Chamber," an innovative detector technology based on supercooled water, designed to probe low-mass dark matter interactions that conventional detectors might miss. This experience with cutting-edge instrumentation, data analysis protocols, and sensitivity to anomalous signals proved directly translatable to UAP research methodology.

Levey's background combines theoretical understanding of exotic particle physics with hands-on expertise in building and operating sensitive detection equipment. This dual competency—understanding what instruments can and cannot detect, combined with rigorous statistical analysis of complex datasets—positions her uniquely to advance UAP research beyond anecdotal accounts toward empirical rigor.

UAP Field Research and Collaborative Innovation (2021–2025)

In 2021, Levy joined forces with Kevin Knuth and Matthew Szydagis (both UAlbany physicists) and Ben Kugielsky of UAPx—a nonprofit scientific research organization—to conduct the first systematic field expedition explicitly designed to collect rigorous observational data on UAP phenomena. The team deployed to Laguna Beach, California, bringing a comprehensive instrumentation suite including visible-spectrum cameras, night-vision optics, high-sensitivity infrared imaging, radiation detectors, and meteorological instruments. Over a week-long deployment, they collected over 600 hours of far-infrared video, approximately one hour of triggered visible and night-vision footage, and 55 hours of background radiation measurements—all processed through standardized protocols and quality-control checkpoints.

Crucially, Levy and her team developed the Custom Target Analysis Protocol (C-TAP), a methodology combining artificial intelligence with human verification to perform pixel-by-pixel analysis of successive video frames. C-TAP draws on techniques familiar to dark matter physicists seeking to distinguish genuine signal from noise in massive datasets, applied here to identify and characterize aerial objects of potential interest. The approach embodies the principle of automated detection coupled with disciplined skepticism—allowing algorithmic efficiency while maintaining human oversight of anomaly classification.

Following this pilot expedition, the team conducted additional field research on Catalina Island (Avalon, California) in July 2021, further refining methodologies and expanding the observational baseline. These efforts culminated in publication of their findings in June 2025 in Progress in Aerospace Sciences, a high-impact peer-reviewed journal specializing in aerospace research. The paper—"Initial results from the first field expedition of UAPx to study unidentified anomalous phenomena"—represents the first major peer-reviewed scientific methodology paper explicitly designed for systematic UAP investigation, frank about both successes and failures, and oriented toward replication and improvement by future field teams.

Role in Academic Legitimization of UAP Studies

Levey's involvement signals a crucial turning point in how mainstream academic institutions approach UAP research. Unlike earlier eras when serious scientists risked professional credibility by engaging with UAP, the 2020s institutional landscape—marked by government disclosure initiatives, congressional hearings, and the founding of formal academic bodies like the Society for UAP Studies—now permits established researchers to contribute without career jeopardy. Levy's status as an accomplished astroparticle physicist working on dark matter lends institutional weight and methodological sophistication to UAP investigations. Her publications in mainstream physics and aerospace journals demonstrate that rigorous, replicable science on UAP is achievable without departing from disciplinary norms.

In November 2025, the University at Albany received a transformational endowment gift from businessman Tony Gorman specifically to support continued UAP research, naming Levy (alongside Knuth and Szydagis) as a principal investigator. This institutional commitment—both financial and reputational—reflects confidence in the group's scientific approach and broader validation that UAP has become a legitimate topic for academic inquiry within established institutions.