Avi Loeb's $1.5M Alien Hunt Deploys AI

The Galileo Project, led by Harvard astrophysicist Avi Loeb, is distinct from traditional SETI (Search for Extraterrestrial Intelligence) in that it seeks physical evidence of alien technology, not just radio signals. This includes searching for "technosignatures" from Extraterrestrial Technological Civilizations (ETCs) and investigating Unidentified Aerial Phenomena (UAP). The project was launched in July 2021, shortly after a report on UAPs was delivered to the US Congress. Initial funding for the project amounted to $1.75 million from private donors, a sum that has since grown to around $5 million. These funds were reportedly unsolicited and came from wealthy individuals inspired by Loeb's work and his 2021 book, "Extraterrestrial: The First Sign of Intelligent Life Beyond Earth". Notable backers include Frank Laukien, CEO of Bruker Corporation, and William A. Linton, founder of Promega Corporation. The project's first observatory, costing about $500,000, is located on Harvard University property and has been collecting data since November 2022. A second observatory is being set up in Colorado, and a third is planned for Pennsylvania, funded by a $575,000 grant from the Richard King Mellon Foundation. The goal is to create a global network of sensor systems. One of the project's most ambitious and controversial endeavors was an expedition off the coast of Papua New Guinea. The mission aimed to recover fragments of an interstellar meteor that crashed in 2014, with Loeb suggesting it could be of artificial origin. Critics, however, argue the recovered metallic spherules are more likely from ordinary meteorites or terrestrial sources. Avi Loeb, the driving force behind the project, is a controversial figure in the scientific community. While he has a long and respected career in theoretical astrophysics, his recent focus on extraterrestrial artifacts has drawn criticism from some peers who argue his claims are sensationalized and lack sufficient evidence. The project's AI is designed to sift through vast amounts of data from the observatories, filtering out known objects like birds, drones, and satellites to identify truly anomalous phenomena. In the future, the Galileo Project also plans to utilize data from the Vera C. Rubin Observatory in Chile to search for more interstellar objects similar to ʻOumuamua.