Research

Astronomy & Astrophysics

The fundamental building blocks of life—carbon, oxygen, nitrogen, and other essential elements—are synthesized in massive stars and ejected into the galaxy when they die, enriching interstellar clouds. Over millions of years, this material weaves through complex cosmic environments, eventually becoming part of newly forming planetary systems.

The Astronomy & Astrophysics group at the SETI Institute is at the forefront of exploring this intricate cosmic pathway, investigating how the composition of this material transforms as it journeys across thousands of light-years and through diverse physical environments.

The SETI Institute team tackles this complex challenge using a diverse range of scientific methodologies. Researchers here play key roles in predicting, guiding, and interpreting observations from state-of-the-art astronomical facilities, including the James Webb Space Telescope (JWST), the Hubble Space Telescope, and the Atacama Large Millimeter/submillimeter Array (ALMA). These instruments probe different wavelengths—from the radio to the ultraviolet—allowing scientists to detect a wide range of atomic and molecular species in space. 

Astronomers investigate stellar environments and their radiation, examining how dying stars synthesize solids in their outer envelopes. Quantum chemists compute the structural and spectroscopic properties of molecules relevant to astrobiology, helping to predict the diagnostic signatures that telescopes should detect. Laboratory astrochemists replicate the harsh conditions of space to understand how complex molecules form on icy dust grains and planetary surfaces. Theorists build detailed computational models to track how this material evolves during the formation of stars and planets and how it eventually becomes part of young planetary systems. Together, these multidisciplinary teams create a comprehensive picture of how matter evolves across the galaxy, revealing how the raw ingredients for life come together long before they arrive at a potentially habitable world.

Researchers

Astronomy & Astrophysics

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Astronomy & Astrophysics Chair
Uma Gorti
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Astronomy, Astrophysics
Isabel Angelo
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Astrophysics, Education and Public Outreach
Dana Backman
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Radio Astronomy
Joe Bright
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Planetary Astronomy, Remote Sensing
Michael Busch
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Astronomy
Ann Marie Cody
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SETI, Astrophysics
Steve Croft
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Astronomy
James De Buizer
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Engineering
Jay Frothingham
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Astronomy
Vishal Gajjar
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Planetary Astronomy
Ariel Graykowski
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Planetary Geophysics
Szilárd Gyalay
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Astronomy, Astrophysics, Data Science, Machine Learning
Marziye Jafariyazani
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Planetary Astronomy
Peter Jenniskens
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Astrophysics
Veselin B. Kostov
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Astrophysics
Michael Lam
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Planetary Science
Franck Marchis
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Astronomy
Melissa McGrath
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Astrophysics
Shania Nichols
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Astronomy Education, Exoplanet Detection
Dan Peluso
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Astronomy, Astrophysics and Space Science
Fulvia Pucci
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Astrophysics
Jeonghee Rho
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Planetary Science and Astrophysics
Christina Richey
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Laboratory Astrophysics
Joseph Roser
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Physics and Astronomy
B. Sargent
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Astronomy
Lauren Sgro
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Astrobiology, Radio Astronomy, SETI
Sofia Sheikh
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SETI, Astronomy
Seth Shostak
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Planetary Astronomy
Mark Showalter
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Astronomy
Bill Sparks
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Astronomy, Education and Public Outreach
Simon Steel
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Astronomy, Astrophysics, Data Science
Ben Tofflemire
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Planetary Science
Orkan Umurhan
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Astronomy, Star Formation
Laura Venuti
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Education and Public Outreach, Astrophysics, Astronomy
Ian Weaver
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Astrophysics
Jason Edward Young
News

Astronomy & Astrophysics

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Aug 25, 2026
JWST Reveals a Race Against Time for Forming Planets
SETI Institute scientist Uma Gorti co-authors one of the largest JWST studies of how planet-forming disks lose their gas #Press Releases #JWST #Astronomy #Astrophysics #Uma Gorti
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Aug 24, 2026
New study reveals how space rocks become meteorites
Analysis of the atmospheric passage of 75 meteorite falls identifies seven distinct processes as space rocks melt, fragment and slow before they fall as meteorites #Press Releases #Comets, Meteors, and Asteroids #Peter Jenniskens #Meteorites #Astronomy #Stuart Pilorz
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Aug 12, 2026
Hide the Star: How Roman Will See Exoplanets
#Blog #Franck Marchis #Margaret Turnbull #Nancy Grace Roman Space Telescope #Planetary Exploration #NASA Missions and Observatories #Exoplanets #Spectroscopy #Astronomy