The Fifth UNEDF Annual Collaboration Meeting June 20-24, 2011, Michigan State University

1. The Fifth UNEDF Annual Collaboration Meeting June 20-24, 2011, Michigan State University Welcome! UNEDF members collaborators guests

2. Universal Nuclear Energy Density Functional • Focus on: • Predictive power • Robust extrapolations • Validation • Guidance • Funded for 5 years by DOE (NP, NNSA, ASCR) • 9 universities and 7 national labs • Junior scientists: 11 students, 19 postdocs/year • ~50 researchers in • physics • computer science • applied mathematics • International partners UNEDF is like a large experimental collaboration but it addresses many areas of the Nuclear Physics program

3. Coherence and Uniqueness • As UNEDF has matured, it has been satisfying to see the increased coherence within the effort. Indeed, the project has created and facilitated an increasing interplay among the major sections where none existed previously. Each of the main physics areas now includes collaborations that cross over into other sectors. • Ab Initio ↔ DFT • Neutron drops data provide constraints on density functionals • Quantum Monte Carlo and DFT description of dilute fermions • EFT ↔ DFT • Novel functionals derived from chiral interactions • Assessment of 3N forces • Global characterization of functionals • Ab initio ↔ Reactions • Ab initio description of scattering and light-ion reactions • DFT↔ Reactions • QRPA states for reaction cross sections • Microscopic optical model potential from functionals • DFT and TDFT description of fission • CI ↔ DFT • Correlation energy in DFT from shell model • Nuclear densities and reaction rates from CI and DFT • PHY ↔ CS/AM (see below) • High-performance computing • New algorithms • New frameworks A fair number of applications are now running on the biggest machines available, a vast change from when UNEDF started. We can take advantage of the movement towards exascale!

4. Good News • 34 Papers in 2011 so far: 8 Physical Review Letters and 1 Science • Pioneering calculations of quantized vortices appear in Science magazine • UNEDF junior scientist accepted a faculty position at UNC Chapel Hill • UNEDF collaboration member receives early career grant from DOE • UNEDF collaboration member wins CMU President's Award for Outstanding Research • UNEDF researcher to join University of Tsukuba high performance computing effort • UNEDF project featured in DOE Office of Science "Science Highlights Series” • Calculations by UNEDF researchers at Iowa State and LBNL featured in Science Newsline • UNEDF project featured in DOE Office of Science "Science Highlights Series" • Innovative algorithm developed for UNEDF is featured in DEIXIS • INCITE Award to UNEDF researchers featured in Iowa State University News and University of Tennessee Physics News • Advances in UNEDF energy functional optimization featured in Argonne Science Highlights • UNEDF F-17 and F-14 work featured in Science Daily • UNEDF projects recognized in ASCR Computing News

5. Meeting’s Objectives • Assess progress towards Year-5 and final deliverables: reports and discussions • Global view: guest presentations • UNEDF in “Year-6”: preparations for SciDAC-3 call • Future of UNEDF website • UNEDF codes repository • UNEDF codes dissemination/publication • Outreach, highlights, potential covers • Year-5 Exit Report. Schedule, responsibilities • Computational nuclear theory @ DOE NP: discussion with Ted Barnes • Computational nuclear theory @ FRIB: discussion with FRIB management