Dr. Devesh Nandal

Career

Dr. Devesh Nandal is a postdoctoral researcher at the Center for Astrophysics | Harvard & Smithsonian, based in Cambridge, Massachusetts. He hails from Hisar in Haryana state, India, and has built a career in theoretical astrophysics, specializing in the analysis of extreme and exotic systems using computational methods.

Expertise

Nandal's research focuses on numerical simulations, stellar evolution, and data-driven interpretation of complex astrophysical phenomena. His work involves developing and applying theoretical models to interpret observations of stars, compact objects, and systems that challenge conventional physics. His computational toolkit includes numerical modeling, statistical analysis, and machine learning approaches to distinguish signal from noise in large datasets.

2026 Appointment to UAP Science Advisory Council

In June 2026, Nandal was appointed by Harvard astrophysicist Avi Loeb to join the newly established White House Unidentified Anomalous Phenomena (UAP) Science Advisory Council. The council was created under President Trump's February 2026 executive directive mandating UAP transparency and declassification. Nandal's role centers on numerical analysis — applying sophisticated computational methods to UAP datasets and sensor readings.

The council includes nine members with complementary expertise: Carol Cleland (anomaly identification), Richard Cloete (data analysis and AI), Tim Gallaudet (oceanography), Omer Eldadi (human psychology and data management), Garry Nolan (pathology and diagnostics), Michael Shermer (critical thinking), and others. Nandal's appointment reflects the need for expertise in modeling and interpreting complex, high-dimensional data from military sensors and observations.

Significance

Nandal represents a bridge between mainstream academic astrophysics and official government UAP investigation. His appointment signals a shift toward applying rigorous computational methods—standard in exoplanet detection, stellar classification, and gravitational wave analysis—to UAP phenomena. The council's goal is to elevate UAP from anecdotal military reports to reproducible, scientifically testable observations subject to statistical rigor and peer review.