Galileo Project — Harvard Recovers Interstellar Meteor Fragments from the Ocean Floor

In June 2023, a Harvard-led expedition recovered fragments of IM1 (Interstellar Meteor 1) from the Pacific Ocean floor near Papua New Guinea. This was not speculation — it was a systematic scientific expedition funded, planned, and executed by Dr. Avi Loeb, chair of Harvard's astronomy department. THE DETECTION: On January 8, 2014, US government sensors (Department of Defense missile detection satellites) detected a meteor entering Earth's atmosphere at 45 km/s — faster than 95% of nearby stars relative to the Sun. The velocity alone indicated an interstellar origin. In 2019, Loeb and student Amir Siraj published analysis confirming IM1 was interstellar. In 2022, US Space Command officially confirmed the interstellar origin with 99.999% confidence. THE EXPEDITION: Loeb organized a $1.5 million expedition using a magnetic sled to sweep the ocean floor along the calculated trajectory. The team recovered approximately 50 metallic spherules — tiny spherical fragments consistent with a meteor airburst. THE ANALYSIS: Laboratory analysis of the spherules revealed a composition unlike any known solar system meteorite. The materials contained unusual abundances of beryllium, lanthanum, and uranium in ratios that don't match any known natural or industrial process. Some spherules showed a 'BeLaU' composition that Loeb described as potentially indicative of an artificial origin. THE SIGNIFICANCE: This is a Harvard professor using DoD-confirmed data to locate, recover, and analyze physical materials from an interstellar object — and finding compositions that don't match anything known. Whether IM1 is natural or artificial, the methodology is unimpeachable: government detection, academic recovery, laboratory analysis, published results. The Galileo Project continues with a planned observatory to detect UAP with calibrated scientific instruments.