![]() Of Physics and Astronomy Annual Public Demo Night, Juno was one of six current projects featured in the display.Ī display in Van Allen Hall lecture room lobby, University of Iowa, Iowa City, Iowa, during the U. Juno is one of eight projects featured in the display.Ī display in Van Allen Hall lecture room lobby, University of Iowa, Iowa City, Iowa, University of Iowa Space Research: Past, Present, Future,Ī three-panel poster display in Van Allen Hall lecture room lobby, University of Iowa, Iowa City, Iowa,.Display includes historical space artifacts and photos,Īnd posters featuring select past, present, and future U. Space research legacy of James Van Allen and the space pioneers that followed in his footsteps. of Iowa display at Iowa Wesleyan College in Mt. Iowa Space Pioneers and the James Van Allen Legacy,Ĭoordinated by Kathy Kurth, Dale Stille, and Mike Thornburg,.Including a Juno spacecraft model, at The Figge Museum, Davenport, Iowa, of Iowa companion display to a visiting Smithsonian NASA | Art: 54 Years of Exploration exhibit, featuring selected U. Waves Investigation Outreach Activities Exhibits:Ĭoordinated by Mary Hall Reno and Kathy Kurth, independence holiday which is celebrated with fireworks displays.Juno Waves Investigation Outreach Activities Its July 4 arrival in orbit around Jupiter coincides with the U.S. Juno launched on Augfrom Cape Canaveral, Florida. Without it, “Juno's electronic brain would more than likely fry before the end of the very first flyby of the planet.” The vault is so strong that it will reduce radiation exposure by 800 times. Juno is also fitted with “radiation-hardened electrical wiring and shielding” as well as a unique titanium vault that protects the probe’s most vital equipment, such as the flight computer. This orbit allows us to survive long enough to obtain the tantalizing science data that we have traveled so far to get." We designed an orbit around Jupiter that minimizes exposure to Jupiter's harsh radiation environment. "Over the life of the mission, Juno will be exposed to the equivalent of over 100 million dental X-rays," said Rick Nybakken, Juno's project manager from NASA's Jet Propulsion Laboratory in Pasadena, California. That, along with the planet’s fast rotation, creates a strong magnetic field, creating what NASA calls the “harshest radiation environment in the solar system.” For example, under the clouds, there is a layer of hydrogen under so much pressure that it conducts electricity. "Now, Juno is poised to go closer to Jupiter than any spacecraft ever before to unlock the mysteries of what lies within."ĭuring the entire mission, Juno will make 37 “close approaches” to Jupiter, and each one could imperil the craft. "At this time last year our New Horizons spacecraft was closing in for humanity's first close views of Pluto," said Diane Brown, Juno program executive at NASA Headquarters in Washington. The probe, which is the size of a basketball court, will skim the planet's clouds, eventually coming within 4,667 kilometers of Jupiter as it attempts to get a look under the massive planet’s thick cloud cover, hopefully leading to better insight on the planet’s “origins, structure, atmosphere and magnetosphere.” The Juno space probe is still millions of kilometers and 18 days away from Jupiter, but on July 4, the spacecraft will fire its main engine for 35 minutes as it enters a polar orbit around the gas giant.
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