Shelley Adams Wright is a UC San Diego professor of astronomy and astrophysics and physics, an experimental astrophysicist, and the principal investigator of the UC San Diego Optical and Infrared Laboratory.123 On October 21, 2022, NASA named her to its 16-member NASA UAP Study Team, citing her optical instrumentation and SETI background as part of the panel's data-collection mandate.4
UC San Diego Instrument Builder
Wright's current UC San Diego profile describes her as an observational and experimental astrophysicist who builds optical and infrared instruments for telescopes, studies galaxies and supermassive black holes, and specializes in adaptive-optics instruments using integral field spectrographs.1 The same profile identifies her as the principal investigator of Liger for W. M. Keck Observatory, project scientist for IRIS/TMT, and principal investigator for Panoramic SETI, usually shortened to PANOSETI, and NIROSETI.1
Her curriculum vitae identifies her full name as Shelley Adams Wright and lists a B.S. in physics from the University of California, Santa Cruz in 2001 and a Ph.D. in astrophysics from UCLA in 2008.2 The same CV says her undergraduate thesis was "An Optical SETI detector for Lick Observatory," her UCLA dissertation combined high-redshift galaxy kinematics with adaptive-optics instrumentation, and her early employment included optical SETI instrument construction at Lick Observatory, postdoctoral work at UC Irvine and UC Berkeley, and an assistant professorship at the University of Toronto's Dunlap Institute.2
Optical SETI And Fast-Sky Sensing
Wright's lab describes NIROSETI as the first near-infrared optical SETI instrument of its kind, mounted on the Nickel 1-meter telescope at Lick Observatory and designed to detect artificial nanosecond infrared pulses through coincidence checks across two fast detectors.5 The NIROSETI page lists first light on March 14, 2015, and names Wright as the UC San Diego principal investigator alongside collaborators at UC Berkeley, Lick Observatory, the University of Toronto, Starman Systems, and the SETI Institute.5
PANOSETI extends that search strategy from targeted observations to wide-field time-domain monitoring. The UCSD OIR Lab describes PANOSETI as an optical and near-infrared instrument covering 350 to 1650 nanometers, designed to enlarge the SETI search phase space by watching thousands of square degrees for transient pulses on nanosecond-to-second timescales.6 A 2018 PANOSETI instrumentation paper led by Wright and collaborators says the observatory is meant to search the observable northern sky for pulsed technosignatures and astrophysical transients while greatly expanding sky area, wavelength coverage, monitored sources, and dwell time.7
Her expertise centers on designing calibrated optical and near-infrared systems for rare, fast, ambiguous sky signals.
NASA UAP Study Role
NASA's October 21, 2022 announcement said the independent study would begin on October 24, focus solely on unclassified data, identify how civilian government, commercial, and other data could be analyzed, and recommend a roadmap for future NASA UAP data analysis.4 NASA's roster identified Wright as a UC San Diego physicist at the Center for Astrophysics and Space Studies who specialized in galaxies, supermassive black holes, optical and infrared telescope instruments, adaptive optics, integral field spectrographs, and SETI instrumentation.4
In a UC San Diego interview after the panel ended, Wright connected her selection to more than 20 years in SETI, unique instrumentation, and thinking about how to image and sense unusual characteristics in the night sky.8 She also narrowed the panel's mission: she said the panel was not primarily assembled to diagnose every UAP case, but to understand the reporting landscape and recommend processes, scientific protocols, and interagency communication for future events.8
Wright said PANOSETI's fast all-sky imaging was built for optical technosignatures, but was also interesting for Earth-bound objects moving quickly in the atmosphere.8
Public SETI Network
The SETI Institute announced on March 28, 2022, that Wright would receive its 2022 Drake Award on May 12, recognizing her development and use of new optical SETI instruments.9 The institute credited her as a pioneer in optical and near-infrared SETI instrumentation, principal investigator of NIROSETI and its survey, and principal investigator of PANOSETI.9
UC Observatories' Lick Observatory record shows how public and institutional networks converged around PANOSETI. In 2020, UCO said two PANOSETI telescopes had been installed in the Astrograph Dome at Lick Observatory, described the system as a fast-time-domain optical SETI facility, and listed a team spanning UC San Diego, UC Berkeley, Harvard, the SETI Institute, Caltech, Lick Observatory, Qualcomm, and instrument builders.10
UC San Diego Magazine later described Wright as a founding member of UC San Diego's Department of Astronomy and Astrophysics, established in March 2023, and quoted her explaining PANOSETI as a Lick Observatory telescope system capable of imaging large sky areas at nanosecond cadence.11
Evidence Limits
NASA and UC San Diego sources describe Wright's panel role through instrumentation, SETI, data collection, and reporting protocols, not through first-person UAP testimony or case claims.48 NASA's September 14, 2023 release on the 2023 NASA UAP Study Report said the report was not a review or assessment of previous UAP incidents, and that the limited number of high-quality observations made firm scientific conclusions impossible.12
The report says UAP data are rarely collected in a coordinated effort to understand the phenomenon, are often captured by instruments not designed or calibrated for anomalous-object detection, and frequently lack metadata needed to constrain size, motion, or nature.13 It also says eyewitness reports should be considered with corroborating sensor data, but that without calibrated sensor data no report can provide conclusive evidence about a UAP's nature.13
The report did not endorse an extraterrestrial explanation. It says there is no reason, at that point, to conclude that existing UAP reports have an extraterrestrial source, while still treating technosignature search as an adjacent scientific question when framed through data and observation rather than assertion.14