Cosmic Frontier Center
Exploring the Origins of the First Stars, Galaxies and Black Holes.
Combining observational and theoretical astrophysics, our researchers tackle key questions to improve understanding of the cosmic origins of the universe. We focus on three interrelated areas pertaining to complexities of the early universe, exploring the origins of stars, galaxies and black holes.
Leadership
Meet the visionary leaders of the Cosmic Frontier Center.
Core Faculty Members
Meet our core team of interdisciplinary faculty.
Guiding Questions
Our guiding questions drive the exploration of our universe's most profound mysteries.
Fast Facts
A quick snapshot of the Center's history and current developments.
Leadership
Steven Finkelstein, Director
Dr. Finkelstein is a Professor and the Associate Department Chair in the Department of Astronomy. He is the PI of JWST’s CEERS Survey, which provided humanity’s first glimpse into galaxy formation in the first 400 million years of cosmic time. He is also the Co-PI of the NGDEEP survey, JWST’s deepest look into the early universe. He plays key roles in the upcoming European Space Agency (ESA) Euclid telescope, as well as NASA’s next flagship observatory, the Nancy Grace Roman Space Telescope. Full profile »
Volker Bromm, Co-Director
Dr. Bromm is a Professor in the Department of Astronomy. He is a world leader in the theoretical study of the early universe, where his group makes predictions for the origins and nature of the earliest stars, galaxies, and massive black holes to form in the universe, using the supercomputers at TACC. He is a core member of multiple space missions, including ESA’s Euclid mission. Full profile »
Recent Discoveries
Frontier Fellows Tackle Humanity’s Biggest Question: Where Do We Come From?
The inaugural class of Cosmic Frontier Center postdoctoral fellows will study black holes in early galaxies and the formation of the first stars.
McDonald Observatory
Astronomers Use James Webb Space Telescope to Probe an Extreme Starburst Galaxy
Messier 82, 12 million light-years away, is relatively compact but hosts a frenzy of star formation activity.
UT Researcher Leading Project for New NASA Space Telescope
UT’s new Cosmic Frontier Center and McDonald Observatory will play key roles in aiding research into chemically young galaxies.
Astronomers Confirm Maisie’s Galaxy is Among Earliest Ever Observed
Detected with the James Webb Space Telescope, Maisie’s galaxy was observed 390 million years after the Big Bang.
Webb Telescope Detects Most Distant Active Supermassive Black Hole
At about 9 solar masses, this black hole is a real lightweight compared to previously seen ones in the early universe that are typically 1 billion solar masses.
James Webb Space Telescope Images Challenge Theories of How Universe Evolved
Hefty young galaxies defy the reigning model of cosmology, called "dark energy + cold dark matter" or ΛCDM.
UT Austin Astronomer Spies Most Distant Dusty Galaxy Hidden in Plain Sight
Astronomer Caitlin Casey of The University of Texas at Austin has used the Atacama Large Millimeter/submillimeter Array (ALMA) to spot the light of a massive galaxy seen just 970 million years after the Big Bang.
