The prospect of alien life has always intrigued humankind. Though as soon as considered outside the realms of mainstream science, learning the prospects of alien life has matured right into a formal scientific endeavor. Astrobiology classes are offered in universities throughout the world, together with Harvard and MIT.
Despite all of the progress, one side of the search for alien life continues to remain contentious: unidentified flying objects, or UFOs. However, there have been current occasions that renewed public curiosity in UFOs. These occasions have even galvanized some scientists to begin rigorous scientific research on the UFO phenomenon. Please keep in mind that all the topics covered in this article had been proposed by training scientists.
The first occasion is the discovery of Oumuamua in 2017, the first object ever detected from outside our Solar System. Most astronomers believe that Oumuamua is a reddish cigar-formed or pancake-formed asteroid made of rock and ice.
However, some astronomers weren’t satisfied after they scrutinized the data. Their argument: Oumuamua had very uncommon properties that didn’t resemble any known asteroid or comet:
It had a really unusual facet ratio. The facet ratio is defined because the ratio between its shortest axis and its longest axis.
It was additionally at the least 10 occasions more reflective than area rocks typically present in our Solar System; its surface was more like burnished metal than like rock and ice.
Most strangely, it accelerated after swooping by our Sun at a rate faster than expected. Objects accelerate when moving away from the Sun because the gravitational forces exerted by our Sun turn into weaker as objects get farther away. However, Oumuamua accelerated faster than what can be explained by weakening gravitational forces alone. Comets exhibit related accelerations because they eject evaporating gases from their surfaces warmed by sunlight, causing rocket-like propulsion. Nonetheless, Oumuamua showed no signs of evaporating gases round it.
A small number of astronomers, most notably Avi Leob, have even recommended that Oumuamua may very well be a product of alien technology. In his book Extraterrestrial: The First Sign of Intelligent Life Beyond Earth, he writes that Oumuamua’s uncommon form, bizarre orbit, lack of evaporating gasses, and luminosity make it extremely completely different from all other space objects cataloged by humanity. Leob specifically steered that Oumuamua might be an alien light-sail, that may be a probe with a large reflective sail attached.
Declassified UFO videos
Another reason for renewed public interest in UFOs is the discharge of three declassified movies taken by US Navy pilots. The movies showed encounters with objects, seemingly aircrafts, with extremely bizarre flight characteristics that might not be defined by known technology and even our current understanding of physics. The UFOs had been noticed throughout multiple sensors — including radar, infrared, and electro-optical.
The declassified movies went viral, and the US government ultimately even confirmed the legitimateity of these videos. In June 2021, the Pentagon launched a preliminary 9-web page report to the public about a hundred and forty four related cases of UFO encounters they secretly studied. They couldn’t clarify 143 out of the a hundred and forty four cases because of limited data. And although the report doesn’t claim alien technology as a proof, they didn’t explicitly rule it out either.
Nonetheless, the military did acknowledge unknown aircrafts flying in our airspace pose a national security threat. In August 2021, the Department of Defense established the Unidentified Aerial Phenomena Task Force to further examine the mysterious flying objects.
The Galileo Project
Oumuamua and the declassified videos garnered sufficient public curiosity that some scientists have begun rigorous scientific studies on the UFO phenomena. In July 2021, astronomer Avi Leob announced the Galileo Project, a new venture searching for artifacts left behind by advanced technological extraterrestrial civilizations. At the time this article was written, the project has attracted over $2 million USD in private donations.
The Galileo Project will deal with three major avenues of research:
Getting high-resolution images of UFOs using a number of detectors.
Conducting in-depth research on Oumuamua-like interstellar objects.
Searching for potential satellites originating from extraterrestrial civilizations.
The project is aiming to set up tens of telescope systems around the globe, though Leob hopes to eventually have hundreds. Each telescope system will encompass 25 cm telescopes with high-resolution cameras; they will be linked to a computer system programmed to filter out and analyze the data.
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