The Dark Energy Survey recently finished with observations (taken over 6 years and cataloging hundreds of millions of galaxies), and Illinois astronomers (including Profs.
Athol J Kemball
The exponential growth in contemporary advanced computing capability has profoundly influenced approaches to leading-edge scientific questions in modern astrophysics. For example, the power of current extreme-scale computer systems allows telescopes to acquire and process data at an unprecedented rate, bringing transformative change to the practice of observational astronomy. I focus on the interdisciplinary use of advanced computing in observational astronomy, with a specific focus on interferometry, in order to understand key astrophysical questions for which new avenues of scientific inquiry are enabled by advanced computing. I am a member of the Center for Extreme-Scale Computation at NCSA/IACAT and a faculty affiliate of the Computational Science and Engineering program at UIUC.
My main research areas lie at the intersection of advanced computing and astrophysics and include the following specific focus areas in astronomy: a) the theory of interferometry; b) astrophysical masers; c) late-type, evolved stars; and d) gravitational lensing.
- Ph. D. (Physics) 1993.
Distinctions / Awards
In The News
The Astronomy Department congratulates our graduate students and faculty named to the "List of Teachers Ranked as Excellent" by the Center for Teaching Excellence for Fall 2015: Ms. Susmita Adhikari, Mr. Di Wen, and Profs. Bryan Dunne, Brian Fields, and Athol Kemball.