Using spacecraft measurements of protons and electric fields, a team of scientists led by University of Iowa researchers Arya Afshari and Greg Howes discovered that the cyclotron acceleration of protons can dissipate turbulence in space.

Students from across the country traveled to Iowa City for two weeks this past summer to participate in the third year of the Edge of Space Academy, an immersive summer research experience focused on space-based instrumentation for observing Earth and space.

An AIP journal recently published a paper written by Graduate Research Assistant Cecilia Fasano, who studies microfabrication and its applications in astronomy.

To solve one of space science’s most enduring puzzles, University of Iowa researchers have been awarded a $733,873 NASA grant to investigate how turbulence in the solar wind heats plasma. Led by University of Iowa Professor Gregory Howes and Dr. Daniel McGinnis, the team will utilize data from the Solar Orbiter spacecraft to uncover the mechanisms behind this turbulent dissipation, aiming to protect Earth from the impacts of extreme space weather.

NASA's HEliophysics Strategic Technology Office (HESTO) has selected Prof. David Miles from the University of Iowa and Prof. Wojciech Miloch of the University of Oslo to provide a fluxgate magnetometer for the upcoming Norwegian ICI-5bis sounding rocket mission.

Although you won’t be able to see a man on it or cheese in it — or see it at all with your naked eye, in fact — Earth is getting a “mini” moon this month, and a University of Iowa astronomer said the school bus-sized asteroid orbiting the planet actually is much closer than the moon you can see.

The Hawkeyes on Science team participated in the Family Weekend Science Expo on Friday, Sept. 13 at the University of Iowa Sciences Library.

Wayne Polyzou, a professor in the physics and astronomy department at the University of Iowa, has received a $300,000 grant from the National Science Foundation to do work overseas in Poland and Ukraine.

The University of Iowa has received nearly $1.7 million from NASA to fund the OCHRE student-led sounding rocket mission that will study cusp dynamics in the Earth’s magnetosphere and help train the next generation of space physicists and instrumentalists.

A group of researchers in the Department of Physics and Astronomy has received $470,310 in funding from the NASA Astrophysics Research and Analysis (APRA) Program to collaborate on the POEMMA-Balloon with Radio (PBR) mission.