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Oumuamua (A/2017 U1), a small object that has been confirmed to have arrived from outer space for the first time in astronomical observation history, is being raised by some astronomers, including Harvard University astronomer Professor Abi Lob, that it may be a spacecraft from an extraterrestrial civilization. The Galileo Project was launched to explain Oumuamua and other unidentified aerial phenomena UAP (Unidentified Aerial Phenomena) using the latest equipment and artificial intelligence technology.
The biggest characteristic of Oumuamua is its elongated shape, which is likened to a cigar, and is estimated to be up to 800m in length. The identity of the unidentified flying object UFO is that some people who are exploring extraterrestrial civilizations have raised the discourse that there is a see-through UFO.
Professor Rob is a person who argued that this Oumuamua was a spaceship created by an alien civilization, and is also the organizer of the Galileo Project, which was launched this time alone. The Galileo Project had three main objectives. First, UAP high-resolution image capture analysis. Prof. Rob argues that by photographing the surface of a human-sized object a mile away with millions of pixels, it is possible to tell whether it is man-made or created by an alien civilization.
UAPs include unknown phenomena in space as well as in the atmosphere. The Galileo Project interprets high-resolution images and radio data with AI to exclude man-made technological objects such as birds, hot air balloons, drones, and satellites from UAP. Professor Rob said that if an extraterrestrial civilization is using UAPs to survey the Earth, these UAPs are acquiring passive radar, optical technology, and infrared technology. In this case, it is said that it is a systematic study with a multi-wavelength detector integrated with higher performance.
Second, interstellar celestial search and in-depth research such as Oumuamua. The Galileo Project is to discover and monitor interstellar objects such as Oumuamua based on astronomical observation data held at the NSF Vera C Rubin Observatory in Chile. In addition, Prof. Rob plans to carry out missions such as predicting interstellar celestial orbits and photographing them in cooperation with interested space agencies and venture companies.
The third is the search for extraterrestrial civilizations. Prof. Rob said that it may be possible to discover the 1m-sized Ahi satellite, which may be exploring the Earth, in a polar orbit several hundred kilometers from Earth, with observations made by the NSF Vera C Rubin Observatory. But if alien civilizations don’t have radar, optics and infrared technology, they may need large, sophisticated telescopes. The Galileo Project is determined to explore the exploration of extraterrestrial civilizations using AI-based object recognition and filtering, and advanced astronomical observation technology.
Prof. Rob said that the purpose of the Galileo project is to make the search for technological traces of extraterrestrial civilizations not by accidental observations and anecdotal legends, but by transparency verifiable and systematic scientific research mainstream. In this respect, it is said that it complements the existing exploration of extraterrestrial intelligent life.
In addition, it can be concluded from the observation data that Oumuamua is a comet fragment that received a spacecraft during interplanetary travel and lost a lot of surface water, and the possibility of an intelligent life being involved is almost denied. Related information can be found here.
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