Identification of each animal in a collective becomes possible even when individuals are never all visible simultaneously, enabling faster and more accurate analysis of collective behavior.

The Vera C. Rubin Observatory is set to redraw the map of the solar system by discovering millions of small, fast-moving objects hidden all around us.

Fifteen years after Western astronomers first discovered "buckyballs" in space (soccer ball-shaped molecules that resemble a ...

A vast new survey of the early universe has dramatically expanded the known population of hydrogen gas halos surrounding ...

The team successfully built the largest, highest-resolution 3D map of the cosmos ever constructed. The completed map charts ...

As the Pentagon prepares to release new data and videos related to UAP (Unidentified Aerial Phenomena), it is becoming ...

Artemis II has completed its most scientifically productive phase. The mission has moved beyond trajectory execution into something far more consequential: a functioning deep-space laboratory ...

How real-time crime centers use drones, live data, and integrated systems to guide officers during emergencies, and search ...

Annotation automation fails in safety-critical edge cases where human judgment is the only reliable signal While autonomous vehicle programs have matured through standardized sensor configurations and ...

Stanford's 2026 AI Index: frontier models fail one in three attempts, lab transparency is declining, and benchmarks are ...

Fifteen years after Western astronomers first discovered 'buckyballs' in space (soccer ball-shaped molecules that resemble a hollow sphere), they're ...