"While the Air Force neither wants nor appreciates the unique value of HAARP, users from several federal agencies, laboratories and universities, and friendly nations such as Canada, Britain, Taiwan, South Korea, Sweden and Norway, are eager to use its unique resources, which would further spread American influence and leadership," Dennis Papadopoulos, a professor of physics and astronomy at the University of Maryland, wrote in an opinion piece in the Alaska Dispatch. If scientists could better understand what happens in the ionosphere, they might be able to mitigate some of these problems.īut the Air Force is no longer interested in maintaining HAARP, according to David Walker, the Air Force deputy assistant secretary for science, technology and engineering.Īt a Senate hearing on May 14, Walker said the Air Force has no interest in maintaining the site, and is moving in another direction in ionospheric research. Solar flares can send solar particles racing toward Earth, occasionally disrupting communications and the electrical grid. The goal of the program is to understand the physics of the ionosphere, which is constantly responding to influences from the sun. The experiment was conducted on March 10, 2004. Images from the HAARP camera show speckle-like artificial optical emissions superimposed on the background natural aurora only during frames when the transmitter was on. Other instruments are then used to measure the perturbations. HAARP operates out of the HAARP Research Station in Gakona, Alaska, where it has a high-power radio frequency transmitter that can perturb a small portion of the ionosphere.
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