UI Physics and Astronomy Assistant Professor David Miles is developing a new magnetic-field instrument called MAGnetometers for Innovation and Capability (MAGIC). Miles said MAGIC will be a supplement, or an add-on, to the Tandem Reconnection and Cusp Electrodynamics Reconnaissance Satellites (TRACERS) mission, which will strive to answer questions regarding space weather.  

A $115 million space mission awarded by NASA to the University of Iowa can now proceed in earnest. Called TRACERS, it will study interactions between the sun’s and Earth’s magnetic fields. NASA also approved an extra $7.6 million for a magnetic field instrument to be designed and built at Iowa, Called MAGnetometers for Innovation and Capability (MAGIC), the instrument is intended to demonstrate that Iowa can reliably manufacture a new magnetic-field instrument that meets NASA’s exacting standards.

Video of the ICI-5 launch taken from the harbor by one of the University of Iowa scientists Suranga Ruhunusiri

Suman Sherwani is well on her way to becoming a rocket scientist. The December graduate is staying at University of Iowa to work as a design engineer on NASA-funded rocket and satellite missions in the Department of Physics and Astronomy.

The University of Iowa department of physics and astronomy has received another grant from NASA, now allowing them to launch rockets to measure the interaction between the Earth’s magnetic field and sun particles.

Not long after receiving the largest research award in its history, the University of Iowa welcomed top officials from NASA, who toured Iowa facilities and lauded the meaningful work being done by researchers and students.

A furnace developed in the Van Allen Hall is producing instruments key to magnetic field research and space explorations. The research conducted by David Miles and others has made the UI the new source of fluxgate magnetometers and tools to measure precise magnetic fields.

UI physicists use specialized furnace to produce key piece of magnetic-field instrument

This furnace in the Miles Lab can bake objects to more than 2,900 degrees Fahrenheit, far hotter than lava. It's being used for a very specific purpose: to manufacture a critical space-instrument component for which there are almost no guidelines for production.

Suman Sherwani learned what it's like to press the button that sends a rocket soaring.The exhilarating moment was the culmination of a weeklong international field school where undergraduates design, build, and launch a 9-foot-tall rocket from Andøya Space Center in Andenes, Norway. Sherwani's experience through the Canada-Norway Student Sounding Rocket (CaNoRock) exchange program this past fall allowed her and other students from around the world to apply what they've learned in the classroom to a near-Earth mission.