Newswise — Astronomy researchers at the University of Virginia are helping lead a new era by using artificial intelligence, advanced simulations and cutting-edge instrumentation to “map” the universe in increasing depth and nuance.
Paul Torrey, Ilse Cleeves and Bradley Johnson, who are members of the UVA astronomy faculty, will host a virtual media roundtable to discuss how they and other colleagues at UVA are tackling fundamental questions about the cosmos from distinct but complementary – and also interdisciplinary – perspectives.
What: Media Roundtable + Open Q&A
When: Tuesday, May 12th at 1:00-2:00 p.m. ET
Where: Online (Zoom)
Speakers: Professors Paul Torrey, Ilse Cleeves and Bradley Johnson – Department of Astronomy
Registration: Request link via email
CosmicAI and the Future of Discovery
Professor Paul Torrey focuses on galaxy formation and evolution. His work uses large scale simulations and artificial intelligence to study how galaxies grow, interact and change over time, revealing the physical processes that shape the structure of the universe.
By connecting theoretical models with observational data, Torrey’s research helps scientists better understand how galaxies evolve across cosmic time.
A New Ecosystem: The Interconnected Cosmos Initiative
Associate Professor Ilse Cleeves focuses on the chemistry of planet formation. Her work studies how stars and planetary systems develop from interstellar gas and dust, with an emphasis on the molecular building blocks that give rise to planets and potential life.
By analyzing the chemical environments of young planetary systems, Cleeves’ research helps scientists understand how conditions suitable for life may emerge elsewhere in the universe.
Probing Dark Matter and the Fundamental Nature of the Universe
Professor Bradley Johnson focuses on developing highly sensitive instruments to study some of the universe’s most elusive components, including dark matter. His work centers on detecting faint signals that could reveal the properties of unseen particles that shape the structure of the cosmos.
By searching for subtle signals in space, Johnson’s research aims to identify the fundamental nature of dark matter and improve understanding of how it influences the evolution of the universe.
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