User Advisory Council
The User Advisory Council (UAC) exists to give users more input into the policies and services that shape their experiences at the ALCF. Comprised of users from an array of scientific and technical backgrounds, the UAC meets monthly to provide advice and feedback to facility leadership on the current state of ALCF resources and services from the user perspective.
Collectively, UAC members represent ongoing projects from all current program types (INCITE, ALCC, Early Science, Director's Discretionary) using the facility’s computational resources. To qualify for a one-year UAC term, a user must be a member of an active project, but need not be a PI. Members are appointed by the ALCF director in January of each year.
For more information about the User Advisory Council, please contact the UAC ALCF liaison.
UAC Chair
Dean Townsley
Assistant Professor, Department of Physics and Astronomy, University of Alabama
Area of research: Stellar Physics, Supernovae
[website]
UAC Members
Andrew Binkowski
Assistant Scientist, Center for Structural Genomics of Infectious Diseases, Argonne National Laboratory
Fellow, Computation Institute, The University of Chicago
Lecturer, Department of Computer Science, The University of Chicago
Area of research: Computational Biology and Molecular Modeling
William George
Computer Scientist, Applied and Computational Mathematics Division, National Institute of Standards (NIST)
Area of research: Parallel and Distributed Computing, Computational Rheology
[homepage]
Francois Gygi
Professor, University of California Davis
Areas of research: Computational Material Science, Computational Chemistry, and Computational Physics
[homepage] [research]
Curtis Hamman
Center for Turbulence Research, Stanford University
Area of research: Turbulence
[homepage] [research]
Paul Mackenzie
Scientist III, Theoretical Physics Department, Fermilab
Area of research: particle physics, lattice quantum chromodynamics
[homepage]
Steven C. Pieper
Senior Physicist, Argonne National Laboratory
Area of research: Theoretical nuclear physics; specifically ab initio calculations of light nuclei
[homepage]
