radiation belts

bill kurth in office with jupiter backdrop and instrument model

Jupiter rendezvous

UI instrument, researchers involved in NASA’s Juno mission
On Independence Day, a NASA spacecraft entered Jupiter's orbit, and the University of Iowa had an instrument along for the ride. The Plasma Waves Instrument, designed and built at the UI, will sample plasma waves and learn how Jupiter's intense auroras are produced.
An artist's rendering shows the twin satellites of the Van Allen Probes mission in tandem orbit above the Earth. Image credit: NASA.

UI researchers help answer long-standing question about Van Allen radiation belts

Electron acceleration occurs in the heart of the radiation belts
University of Iowa researchers and their colleagues have found that the energy in the Earth’s Van Allen radiation belts originate within the belts themselves, from accelerating electrons. Results appear in the journal Science Express.
1994 portrait of James Van Allen

NASA renames space mission to honor University of Iowa’s James Van Allen

Van Allen Probes mission honors Van Allen, University of Iowa
On Nov. 9, NASA renamed a recently launched mission to study Earth's Van Allen radiation belts as the Van Allen Probes mission in honor of the late James A. Van Allen, U.S. space pioneer and longtime distinguished professor of physics in the University of Iowa College of Liberal Arts and Sciences.
satellite

Iowa City Press-Citizen UI instrument key to NASA probe

UI physics and astronomy professor Craig Kletzing and a team of UI researchers have designed a cutting-edge instrument that will shed new light on the invisible radiation belts first identified by James Van Allen in 1958. A paid subscription is required.