Objectives. Organic volatile compounds coevolved with refractory material during the emergence of our solar system from its protostellar disk and were incorporated into the multitude of bodies that…

The University of Illinois at Urbana-Champaign was awarded a $349,543 research grant on May 7, 2021, to conduct quantum chemical studies of prebiotic ice chemistry in protostellar nebulae. The research focuses on organic volatile compounds that coevolved with refractory material during the emergence of our solar system from its protostellar disk and were subsequently incorporated into various celestial bodies ranging from dust to comets. The award represents a non-set-aside grant with a completion date of December 6, 2024, and is funded through a civilian federal agency's Shared Services Center. As a leading public research institution, the University of Illinois regularly executes federal research grants and contracts across multiple scientific domains, leveraging its extensive capabilities in advanced research and innovation.

This grant underscores the university's established role as a key federal research partner, particularly in supporting fundamental astrophysics and cosmochemistry research. The work contributes to broader scientific understanding of solar system formation and the chemical precursors to organic compounds, which has implications for prebiotic chemistry and potentially the origins of life. The University of Illinois' history of successful federal grant management across agencies including the National Science Foundation, National Aeronautics and Space Administration, and Department of Energy demonstrates institutional competency in executing complex research initiatives of this nature, ensuring rigorous scientific investigation and timely delivery of research outcomes.

Objectives. Organic volatile compounds coevolved with refractory material during the emergence of our solar system from its protostellar disk and were incorporated into the multitude of bodies that populate our system, from dust to comets and