"I certainly think that UAP deserve to be studied, just like we would do with any other problem in science," said Jacob Haqq-Misra, an astrobiologist with the Blue Marble Space Institute of Science in Seattle, Washington. "In addition to monitoring a region for UAPs, we are also looking into using satellites to obtain independent confirmation of prominent UAP sightings and to obtain quantifiable information about those UAPs." ![]() "We are hoping to detect UAPs, determine their characteristics, flight patterns and any patterns in activity that will allow us to study them more effectively," Knuth told. The UAPx team includes military veterans and physicists, as well as research scientists and trained observers that will use specialized gear to observe any would-be UAP. The goal of the outing is "to provide unassailable scientific evidence that UAP objects are real, UAP objects are findable and UAP objects are knowable," according to the website for the project, which is called UAPx. That area will also be the target for a 2021 UAP expedition carried out by Knuth and other researchers. "We are looking into using satellites to monitor the region of ocean south of Catalina Island where the 2004 Nimitz encounters occurred," Knuth said, referring to UAP sightings reported by pilots and radar operators based aboard the aircraft carrier USS Nimitz. He is now an associate professor of physics at the University at Albany in New York. Working with Ailleris to employ satellite imagery to detect and monitor UAPs is Kevin Knuth, a former scientist with NASA's Ames Research Center in California's Silicon Valley. Related: UFO watch: 8 times the government looked for flying saucers "This evolution will stimulate forward-thinking ideas across different domains, including controversial topics," Ailleris said. Such work is no longer limited to major countries or powers, Ailleris said private actors have also entered the planet-viewing scene. One avenue is tapping into free-of-charge imagery collected by the European Union's Copernicus satellites, an Earth-observing program coordinated and managed by the European Commission in partnership with ESA.Īlso, there are more and more Earth-scanning spacecraft being launched to take the pulse of our globe. Working in the space sector, it occurred to Ailleris that Earth-observation civilian satellites could be used to search for UAPs. "The location over our heads of satellites is the perfect chance to potentially detect something," he said. ![]() These tools offer scientists new possibilities to collect, store, manipulate and transmit data.Īilleris points to another potent tool. Recent years have seen rapid advances in information and communication technologies - for example, open tools and software, cloud computing and artificial intelligence with machine and deep learning, Ailleris said. "No one knows where and when a UAP can potentially appear, hence the difficulty of scientific research in this domain." New tools ![]() It is necessary to bring scientists objective and high-quality data, Ailleris said. There's a need for the scientific study of UAPs and a requirement to assemble reliable evidence, something that could not be so easily ignored by science, Ailleris told. He's also the primary force behind the Unidentified Aerospace Phenomena Observations Reporting Scheme, a project to facilitate the collection of UAP reports from both amateur and professional astronomers. Philippe Ailleris is a project controller at the European Space Agency's Space Research and Technology Center in the Netherlands.
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