![]() ![]() Haynes added that the experiment “shows the value of HAARP as a potential future research tool for the study of near-Earth objects.” (Credit: UOA/HAARP)Īlthough several similar efforts involving planetary defense against asteroid impacts are currently underway, the long wavelength radio signals that HAARP employs can also provide information about the interior of such objects, not just their exterior shape and size. The data that was collected will be analyzed in the weeks ahead, with findings from the research effort published later this year. Mark Haynes, a radar systems engineer at NASA’s Jet Propulsion Laboratory (JPL) and the project’s lead investigator said that last week’s experiment marked the first time an asteroid was monitored in such a way, and at such low frequencies. Discovered in 2004 and originally believed to pose a potential threat to Earth in the decades ahead, it is now believed that the object’s close approach will not pose any direct threat to Earth. The test, which targeted an asteroid called 2010 XC15, was part of a joint research effort with NASA to prepare for the arrival of the 1,100-foot-wide asteroid Apophis in 2029. The experiment, which bounced long-wavelength radio signals off the surface of the passing object to reveal information about its interior and composition, was conducted last week at Alaska’s High-frequency Active Auroral Research Program (HAARP) research facility near Gakona. © 2023 NYP Holdings, Inc.A 500-foot asteroid passing just twice the distance from Earth to the moon was recently the target of radio signals emitted by a powerful transmitter deep within the heart of Alaska, as part of an effort to enhance our ability to detect potentially deadly space objects. The repeating sources of FRBs are providing criteria that is “uniquely valuable to astronomers” in the sense that the source can be reobserved in greater detail. Pleunis said it has “an edge over other telescopes when it comes to discovering FRBs.” New pieces of data point to some of the radio signals possibly being connected to one another.Īdvancements in this technology have also made Earth’s top minds more privy to what is coming our way.ĭevelopment of the CHIME telescope - which can capably scan the northern sky each day - has also led to an increased rate of interception “from a few tens, to thousands in recent years,” according to researchers. “We can now accurately calculate the probability that two or more bursts coming from similar locations are not just a coincidence,” Dr. In their newly published research, it was discovered that a portion of the mysterious FRBs were not random signal emissions, said study author Dr. “One of the big questions is whether the repeating FRBs and those that don’t repeat have similar origins.” “Most of the thousands of FRBs that astronomers have discovered to date have only ever been seen to burst once, but there is a small subset that have been seen to burst multiple times,” according to the collaboration. CHIME/FRB/Luka VlajiÄ.Īlien life is most likely to exist in these star systems: scientists The CHIME telescope has played a major role in detecting radio signals. These FRBs are, according to the scientific CHIME/FRB collaboration, “considered one of the biggest mysteries in astronomy,” but it is confirmed that they came from outside the Milky Way galaxy. The project uses a high powered radio telescope in British Columbia to receive the signals. Recently detected were 25 new repeating sources, known technically as fast radio bursts, from the depths of the universe, the Canadian Hydrogen Intensity Mapping Experiment reported. Thousands of deep space radio signals have made their way to Earth - 50 of them from repeating sources, according to Canadian astronomers monitoring what could possibly be alien contact from another world. ![]() Kamala Harris leaves Earth’s orbit with latest riff on ‘space cooperation’ ![]() NASA relinks with Voyager 2 after fears it would be offline for months NASA launching a streaming service: ‘A new era of pioneers’ Mother-daughter duo to blast off on Virgin Galactic after winning free rides ![]()
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