usqcd-software.github.io

usqcd.fnal.gov

USQCD: US Lattice Quantum Chromodynamics

http://usqcd.fnal.gov/links.html

Jefferson Lab, 2005. Jefferson Lab, 2002. USQCD lattice meets experiment meetings. Beyond the Standard Model. University of Colorado, 2012. Beyond the Standard Model. Beyond the Standard Model. International Lattice Data Grid. Lattice Conferences, Proceedings:.

usqcd.fnal.gov

USQCD: US Lattice Quantum Chromodynamics

http://usqcd.fnal.gov/qcdoc.html

Computing hardware and software. An important goal of the USQCD collaboration has been the construction, efficient programming, and dedicated use of a multi-teraflop/s QCDOC computer. The QCDOC (Quantum Chromodynamics on a Chip) project has culminated in the construction of three 12,288-processor 10 teraflop/s (peak) computers optimized for lattice QCD calculations. A two-node QCDOC daughter card.

usqcd.org

USQCD: US Lattice Quantum Chromodynamics

http://www.usqcd.org/index.html

Particle and Nuclear Physics. USQCD is a collaboration of US scientists developing and using large-scale computers for calculations in lattice quantum chromodynamics. Lattice QCD calculations allow us to understand the results of particle and nuclear physics experiments in terms of QCD, the theory of quarks and gluons. 2016 All Hands Meeting. April 29–30, 2016, Brookhaven. 2015 All Hands Meeting. May 1–2, 2015, Fermilab. 2014 All Hands Meeting. April 18–19, 2014, Jefferson Lab. 2013 All Hands Meeting.

usqcd.org

USQCD: US Lattice Quantum Chromodynamics

http://www.usqcd.org/clusters.html

Computing hardware and software. The Pi0 cluster at Fermilab. Research and development work on commodity clusters has been carried out under the Lattice QCD SciDAC grant at FNAL. This has led to the terascale resources for lattice QCD that have been deployed at the two labs. The 12s cluster at JLab.

usqcd.fnal.gov

USQCD: US Lattice Quantum Chromodynamics

http://usqcd.fnal.gov/collaboration.html

The USQCD collaboration was founded in 1999, for the purpose of creating and utilizing software and dedicated hardware resources for lattice gauge theory calculations. It is funded by the Department of Energy through the Scientific Discovery through Advanced Computation (SciDAC) program, and through the Office of Science's High Energy Physics and Nuclear Physics programs. A majority of United States lattice gauge theorists are members. To contact USQCD, email one of the members of the Executive Committee:.

usqcd.fnal.gov

USQCD: US Lattice Quantum Chromodynamics

http://usqcd.fnal.gov/computing.html

Computing hardware and software. The USQCD Collaboration designs, constructs and operates large scale computing systems for lattice QCD calculations with support from the Department of Energy and collaborators in industry. Computers for lattice QCD can be made particularly cost-effective by taking optimal advantage of simplifying features of lattice QCD, such as regular grids, uniform and predictable communications, and relatively low memory and I/O requirements. Commodity hardware for lattice QCD. Have ...

usqcd.org

USQCD: US Lattice Quantum Chromodynamics

http://www.usqcd.org/collaboration.html

The USQCD collaboration was founded in 1999, for the purpose of creating and utilizing software and dedicated hardware resources for lattice gauge theory calculations. It is funded by the Department of Energy through the Scientific Discovery through Advanced Computation (SciDAC) program, and through the Office of Science's High Energy Physics and Nuclear Physics programs. A majority of United States lattice gauge theorists are members. To contact USQCD, email one of the members of the Executive Committee:.

usqcd.org

USQCD: US Lattice Quantum Chromodynamics

http://www.usqcd.org/computing.html

Computing hardware and software. The USQCD Collaboration designs, constructs and operates large scale computing systems for lattice QCD calculations with support from the Department of Energy and collaborators in industry. Computers for lattice QCD can be made particularly cost-effective by taking optimal advantage of simplifying features of lattice QCD, such as regular grids, uniform and predictable communications, and relatively low memory and I/O requirements. Commodity hardware for lattice QCD. Have ...

usqcd.org

USQCD: US Lattice Quantum Chromodynamics

http://www.usqcd.org/qcdoc.html

Computing hardware and software. An important goal of the USQCD collaboration has been the construction, efficient programming, and dedicated use of a multi-teraflop/s QCDOC computer. The QCDOC (Quantum Chromodynamics on a Chip) project has culminated in the construction of three 12,288-processor 10 teraflop/s (peak) computers optimized for lattice QCD calculations. A two-node QCDOC daughter card.

usqcd.fnal.gov

USQCD: US Lattice Quantum Chromodynamics

http://usqcd.fnal.gov/physics.html

Particle and Nuclear Physics Program. QCD) is the component of the Standard Model. Of elementary particle physics that governs the strong interactions. It describes how quarks and gluons, the fundamental entities of strongly interacting matter, are bound together to form strongly interacting particles, such as protons and neutrons, and it determines how these particles in turn interact to form atomic nuclei. Such as those that existed in the very early development of the universe, and are created today i...