AI Space
Student Maps 1.5 Million Space Objects With AI
Matteo Paz, 18, used the VARnet algorithm to find unknown quasars and supernovae in NASA archives.

An 18-year-old student analyzes a complex celestial map on a laptop screen, representing the 1.5 million space objects he discovered using an AI algorithm.
Photo: Kronos News
18-year-old Matteo Paz identified 1.5 million new celestial objects using a machine-learning algorithm called VARnet [1]. The American student analyzed archival data from NASA's retired NEOWISE mission to map these objects [2]. His discoveries include various distant quasars and supernovae [1][2]. NASA leadership formally praised the student’s work on March 2, 2026 [1]. Scientists expressed astonishment at the scale of the mapping project [1]. This achievement demonstrates the potential of AI to process massive space datasets [2].
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- AI assisted
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Kronos News Desk covers ai space and editorial analysis for Kronos News.
