Our transdisciplinary approach to research

Our research happens in labs and cleanrooms — and even on the surface of Mars.

The interdisciplinary work of ASU’s School of Earth and Space Exploration brings together the brightest minds in astronomy and astrophysics, cosmology, geosciences, planetary sciences, exploration systems engineering and science education. 

Our approach to research tears down the conventional divides, encouraging scientists to cross subject boundaries to pursue new understandings of our universe. Together, we answer the most significant questions about how our universe began and how it continues to evolve. 

We want to know: How did the solar system make planets and moons? What are the best technologies for both robots and humans to explore space? How did life emerge on Earth and where — and how — should we seek it elsewhere? 

Finding the answers to these questions requires the expertise of various scientific disciplines and the integration of analytical methods from many fields, including those featured below.

ASU's School of Earth and Space Exploration

What We Do

Learn more about our various focus areas.

Explore Research

Projects & Groups

Scientists at the School of Earth and Space Exploration are pursuing many areas of research. We’re studying the beginning of time. We’re embarking on robotic missions to the Moon, Mars, asteroids, and Jupiter's moon Europa. We’re looking at the dynamics of our own world — and exploring the possibility of life beyond it.

Research Focus Areas

A SESE hallmark is its focus on transdisciplinary research. Rather than organizing ourselves by research methodologies, we emphasize research themes. These include: the origin and evolution of the universe, co-evolution of biological, chemical, and physical processes, evolution of planets and other celestial bodies, and best-practices for human and robotic exploration of space.

Instrument Facilities

The School of Earth and Space Exploration offers sophisticated facilities for laboratory analysis, including secondary ion mass spectrometry and solid-state materials characterization.

Center for Meteorite Studies

The Center for Meteorite Studies continually pursues knowledge about the origin of our planetary system through the study of meteorites. Home to the world's largest university-based meteorite collection, the Center’s researchers have curated more than 30,000 individual specimens representing more than 2,000 distinct meteorite falls and finds.

Opportunities

Be a part of groundbreaking research. At SESE, we do field work on every continent on Earth. We study the Moon, our solar system and deep space. And our exciting research portfolio is growing. Check out SESE’s current opportunities for student research, postdoctoral fellowships and faculty positions.

Ronald Greeley Center

SESE's Ronald Greeley Center supports research by ASU planetary science faculty, students, and staff, as well as the local and statewide educational communities and the general public.

NewSpace

ASU's NewSpace initiative will establish and foster partnerships between ASU and next-generation non-governmental space exploration science and technology companies and programs.

12

The School is participating in 12 NASA Missions, with more on the way.

40,000

The School has over 40,000 individual meteorites, the largest university collection in the world.

5

The School is one of only five universities capable of building NASA-certified deep space hardware.

Recent News

Beginning this month, the Arizona State University-led NASA Psyche Mission is expanding its innovative “ Psyche Inspired ” arts program to the national stage, inviting undergraduate students from universities and community colleges throughout the U.S. and its territories to apply to become one of the space mission’s featured creatives, or “Psyche Inspired Interns,” for the 2018-19 academic year. The goal...
An unusual kind of star-like planetary atmosphere is emerging from studies of ultrahot planets orbiting close to other stars.
Scientists believe the solar system was formed some 4.6 billion years ago when a cloud of gas and dust collapsed under gravity, possibly triggered by a cataclysmic explosion from a nearby massive star or supernova. As this cloud collapsed, it formed a spinning disk with the sun in the center. Piece by piece, scientists have been working on establishing the...