Agenda

Friday, April 19, 2013

Time	Presenter	Title
8:30-8:40	Thomas Ludlam	Welcome to BNL
8:40-8:45		Announcements
8:45-9:00	Robert Edwards	Opening
9:00-9:45	Paul Mackenzie	Report from the Executive Committee
9:45-10:05	William Boroski	Report from the Project Manager
10:05-10:30	Coffee break
10:30-10:55	Bob Mawhinney (for Frank Quarant)	Current Facility at BNL
10:55-11:20	Don Holmgren	Current and Future facilities at Fermilab
11:20-11:45	Balint Joo (for Chip Watson)	Current and Future Facilities at JLab
11:45-12:00	Robert Edwards	USQCD Allocation Process
12:00-1:00	Lunch
1:00-1:45	Julius Kuti	Scientific and Computational Challenges at the Energy Frontier
1:45-2:00	Anna Hasenfratz	Eight-flavor SU(3) gauge theory with nHYP-smeared fermions
2:00-2:30	Simon Catterall	SPC Perspective on USQCD and the Energy Frontier
2:30-3:00	Coffee break
3:00-3:30	Stephen Sharpe	Scientific and Computational Challenges at the Intensity Frontier
3:30-3:45	Robert Mawhinney	Pion and Kaon Physics from 2+1 flavor DWF Lattices with m_π² = 140 MeV and V = (5.5 fm)³
3:45-4:00	Daiqian Zhang (for Christopher Kelly)	Lattice Determination of the ΔI = 1/2, K → ππ Amplitude
4:00-4:15	Paul Mackenzie	CKM Physics from B, D, and K Mesons with HISQ Fermions
4:15-4:30	Christopher Aubin	Hadronic Contributions to the Muon g–2 using Staggered Fermions
4:30-5:00	Ruth Van de Water	SPC Perspective on USQCD and the Intensity Frontier
5:00-5:45	Executive Committee	Coherence of the USQCD Software, Hardware and Physics Programs
6:30-8:30	Collaboration Dinner

Saturday, April 20, 2013

Time	Presenter	Title
8:15-8:45	Frithjof Karsch	Scientific and Computational Challenges in Thermodynamics
8:45-9:00	Alexei Bazavov	The Equation of State and fluctuations of conserved charges in 2+1 flavor QCD using Highly Improved Staggered Quarks
9:00-9:30	Peter Petreczky	SPC Perspective on USQCD and Thermodynamics
9:30-10:00	Coffee break
10:00-10:30	Martin Savage	Scientific and Computational Challenges in Cold Nuclear Physics
10:30-10:45	David Richards	Excited Meson and Baryon States using Anisotropic Clover Lattices
10:45-11:00	Sergey Syritsyn	Nucleon Structure from Domain Wall Fermions at physical pion mass
11:00-11:30	William Detmold	SPC Perspective on USQCD and Cold Nuclear Physics
11:30-12:45	Executive Committee	Evolution of USQCD Scientific Goals, Proposal Process, and Computational Priorities
12:45-1:00	Robert Edwards	Closing

Further Proposals

Type	Principal Investigator	Title
A	Simon Catterall	Lattice Study of N = 4 Super Yang-Mills
A	Norman Christ	Generating ensembles with 2+1 flavors of domain wall fermions
A	William Detmold	Light Nuclei, Hypernuclei, and their Electromagnetic Properties
A	Heng-Tong Ding	Universal properties of the chiral phase transition in 2+1 flavor QCD using Highly Improved Staggered Quark action
A	Robert Edwards	Dynamical Anisotropic-Clover Lattice Production
A	Michael Engelhardt	Nucleon transverse momentum dependent parton distribution functions on a large isotropic clover fermion ensemble
A	Taku Izubuchi	Hadronic vacuum polarization and hadronic light-by-light contributions to the muon anomalous magnetic moment using statistical error reduction techniques
A	Julius Kuti	Can the Higgs impostor hide in the BSM sextet model?
A	Huey-Wen Lin	Probing TeV Physics through Neutron-Decay Matrix Elements
A	Keh-Fei Liu	Nucleon Structure with Overlap Fermion
A	Stefan Meinel	Disconnected Contributions to Nucleon Ground State Structure
A	Swagato Mukherjee	Continuum limit of higher-order charge fluctuations at the physical point
A	Ethan Neil	Two-Color Gauge Theories in the Higgs Era
A	Kostas Orginos	Isotropic Clover Fermions
A	Junko Shigemitsu	High-Precision Heavy-Quark Physics
A	Robert Sugar	QCD with Four Flavors of Highly Improved Staggered Quarks
A	Oliver Witzel	B-meson physics with domain-wall light quarks at their physical mass and relativistic heavy quarks
B	Eigo Shintani	Precise calculation of hadronic contribution to muon anomalous magnetic moment
B	Christopher Winterowd	U(1) Lattice Gauge Theory and Graphene

Andreas Kronfeld

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