Why Iowa?

Home of James Van Allen, the “Father of Space Science" and one of the Top Fifth Global Universities in Physics according to U.S. News and World Report.

Build a foundation

Expand your horizons

Learn from experts

See yourself here

Whether you're interested in space and plasma physics, astronomy and astrophysics, condensed matter and optics, or nuclear and particle physics, Iowa will develop your analytical, computational, and experimental skills to advance scientific knowledge of the universe around us.

Research

Whether you’re passionate about space physics, quantum mechanics, or the intersections of physics and engineering, you’ll collaborate with expert faculty and cutting-edge labs. You’ll have access to hands-on research experiences, from working on space missions to contributing to particle physics discoveries. These opportunities allow you to expand your knowledge while making tangible contributions to the scientific community.

Top Fifth

of Global Universities in Physics

U.S. News and World Report 2022

$ 26 m

In annual research expenditures

Averaged over FY18-22

Write your story

Build on the legacy of space pioneer Dr. James Van Allen by getting involved with our faculty’s cutting-edge space physics research with NASA and the NSF, even as an undergrad.

students in reserach lab

24

Full-time Faculty
Physics and Astronomy reserach lab

Very High

Research 1: Doctoral Universities
Research Activity

Carnegie Classification

120 +

Undergraduate physics and astronomy majors

2023-24 data

Physics and Astronomy reserach lab

70 +

Graduate students

2023-24 data

student with faculty discussions

Explore physics at Iowa

James Van Allen

Engage in our rich history by learning about the "Father of Space Science"

Outreach and engagement

Outreach and public engagement are essential to sharing our research with the general public, by interacting and listening in order to generate mutual benefit.

Earn your Natural Sciences requirement

Learn more about how our programs can satisfy the General Education CLAS Core requirement in Natural Sciences.

News and announcements

CLAS shops help ideas take shape across the University of Iowa and beyond

Tuesday, September 29, 2026
Glass, electronics, engineering, and machine shops support everything from scientific research to art installations.

The ‘Iowa Idea’ takes flight in Iceland

Monday, September 28, 2026
University of Iowa students took an ambitious art-and-science course into the field in Iceland, where high-altitude balloon launches tested their technical skills, creative instincts, and ability to work across disciplines in unpredictable conditions.

Jupiter uses surprisingly complex system to fend off particles from sun

Thursday, September 24, 2026
A CLAS-led research team in a new study has reported the most detailed observations to date of the bow shock at Jupiter, our solar system's gas giant.

Events

Astrophysics & Space Physics Seminar - Professor Emeritus Steve Spangler; Department of Physics & Astronomy, University of Iowa promotional image

Astrophysics & Space Physics Seminar - Professor Emeritus Steve Spangler; Department of Physics & Astronomy, University of Iowa

Wednesday, September 30, 2026 3:30pm to 4:30pm
Van Allen Hall
Astrophysics & Space Physics Seminar

Condensed Matter Seminar - Hossein Zandipour; Department of Physics & Astronomy, University of Iowa

Wednesday, September 30, 2026 4:00pm to 5:00pm
Iowa Memorial Union (IMU)
Condensed Matter Seminar
Red Supergiants in Andromeda: Uncovering Their Hidden Companions promotional image

Red Supergiants in Andromeda: Uncovering Their Hidden Companions

Friday, October 2, 2026 7:30pm to 8:00pm
Van Allen Hall

Please join us for the Astronomy Public Talk series, where we host short, accessible talks on a wide range of astronomy and physics-related topics — free and open to the public! This event will feature a presentation by UI Physics and Astronomy undergraduate student Meredith LeFevre, who will discuss red supergiants: massive stars in a short-lived stage of their evolution. Studying these stars can help us understand how massive stars evolve, interact with companion stars, and end their lives in...

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