2011 Type A Proposals (more than 2,500,000 J/Psi core-hours)

PI Project
Christopher Aubin Hadronic contributions to the muon g–2 using Asqtad staggered fermions
Norman Christ Simulations with Dynamical Domain-wall Fermions
Robert Edwards Dynamical Anisotropic-clover Lattice Production for Hadronic Physics
George Fleming Lattice Gauge Theory for Physics beyond the Standard Model on Leadership Class Machines
Prasad Hegde Fluctuations and correlations of conserved charges with Highly Improved Staggered Quark action
Taku Izubuchi Applications of QCD+QED simulations: Isospin breaking in the hadron spectrum and Hadronic contributions to the muon anomalous magnetic moment
Julius Kuti BSM studies in fundamental and sextet fermion representations of SU(3) color
Peter Lepage Heavy quark physics from attoscale lattice QCD
Huey-Wen Lin Probing TeV Physics through Neutron-Decay Matrix Elements
Keh-Fei Liu Hadron Spectroscopy and Nucleon Form Factors
Paul Mackenzie B and D Meson Decays with Unquenched Improved Staggered Fermions
Robert Mawhinney Pion and Kaon Physics from 2+1 Flavor DWF Lattices with mπ = 250 and 180 MeV, III
Swagato Mukherjee Exploring the phase diagram of QCD using Highly Improved Staggered Quark action
Ethan Neil Exploration of Many-Fermion Gauge Theories for TeV Physics
David Richards Excited Meson and Baryon States using Anisotropic Clover Lattices
Martin Savage Lattice QCD Study of Hadronic Interactions
Stephen Sharpe BK and related matrix elements with unquenched, improved staggered fermions
Ron Soltz HotQCD studies with the HISQ action
Robert Sugar QCD with Four Flavors of Highly Improved Staggered Quarks
Sergey Syritsyn Nucleon Structure in the Chiral Regime with Domain Wall Fermions
Ruth Van de Water Pion and kaon decay constants, quark masses and BK with close-to-physical light-quark masses with mixed-action lattice QCD
Andre Walker-Loud Hadronic electromagnetic properties
Oliver Witzel B-meson decay constants and B0-B0-mixing with domain-wall light quarks and relativistic heavy quarks

2011 Type B Proposals (less than 2,500,000 J/Psi core-hours)

PI Project
Andrei Alexandru Hadron electric polarizability in the chiral limit
Simon Catterall Simulations of N = 4 Super Yang-Mills
Saul Cohen Radiative Decays of Neutral Mesons
Carleton DeTar Quarkonium Physics in Full QCD
Heng-Tong Ding Quark number susceptibilites at high temperatures
Michael Engelhardt Spin polarizability of the neutron
Joel Giedt Monte Carlo Renormalization Group for Minimal Walking Technicolor
Anna Hasenfratz Study of many flavor systems with Monte Carlo renormalization group
Anyi Li Study of QCD critical point using canonical ensemble method
Bernhard Musch The Boer-Mulders Function of the Pion
James Osborn Disconnected contributions to nucleon form factors with chiral fermions
Dru Renner Step-scaling methods for QCD form factors at large Q2
Stephen Sharpe Non-perturbative renormalization with improved staggered fermions
Junko Shigemitsu High-Precision Heavy-Quark Physics

created April 28, 2011
Frithjof Karsch e-mail