Annual UNEDF Collaboration Meetings
June 20-24, 2011, Michigan State University (East Lansing, MI)
PROGRAM for the Meeting
Visit the official meeting website
Logistics
- The 2011 UNEDF Collaboration meeting will be held at the Henry Center near the campus of Michigan State University. Directions.
- The attendee list is at the official meeting website.
- A block of rooms has been reserved at the adjacent Candlewood Suites Hotel for arriving the evening of Sunday June 19 and leaving the morning of Friday June 24.
- Contact Alex Brown (brown@nscl.msu.edu) if you have questions or requests.
Summary Talks
Monday
- Meeting goals (Nazarewicz) [ppt] [pdf]
- Deliverables, highlights, annual/exit report (Furnstahl) [pdf]
- Ab initio introduction (Carlson) [pdf]
- QMC calculations of nuclei and neutron drops (Gandolfi) [pdf]
- GFMC update (Pieper) [pdf]
- ADLB update (Lusk) [pptx] [pdf]
- Large-scale shell model calculations (Maris) [pdf]
- Math/CS issues related to shell model (Atkulga/Ng) [pdf]
- Ab initio coupled cluster calculations of nuclei: Status and outlook (Hagen) [ppt] [pdf]
- Ab initio perspective on effective single-particle energies and shell structure (Duguet) [pdf]
- LQCD update (Carlson) [pdf]
- Update on algorithms & GPU-based many-Fermion calculations (Drut) [pdf]
- Neutron drop discussion (Carlson) [pdf]
- SA-NCSM developments (Draayer/Dytrych) [pdf]
- Skyrme energy-density functional approach to collective dynamics (Yoshida) [pdf]
- Computing the equation of state for astrophysical simulations (Horowitz) [pdf]
- Advancing the theory of transfer reactions: a report from the TORUS collaboration (Nunes) [pdf]
Tuesday
- DFT Infrastructure and Applications Introduction (Nazarewicz) [ppt] [pdf]
- UNEDF1 Functional (Schunck) [pptx] [pdf]
- Towards the UNEDF2 Functional and Beyond (Stoitsov) [pdf]
- Phenomenological N3LO functionals for nuclei (Dobaczewski) [ppt] [pdf]
- The wavelet-based DFT solver, treatment of resonances (Pei) [pptx] [pdf]
- Neutron droplets in DFT (Kortelainen) [pdf]
- Orbital-based DFT (Drut) [pdf]
- POUNDERS update (Wild) [pdf]
- Computational aspects of EDF optimization (Sarich) [pdf]
- Towards "SCIDAC 3" (Carlson/Lusk) [pdf]
Wednesday
- The future of simulations for Science and Energy (Dean) [pptx] [pdf]
- Ab initio functionals overview (Furnstahl) [pdf]
- Neutron/nuclear matter/pairing with 3NF (Furnstahl for Hebeler) [pdf]
- SRG developments (Wendt) [pdf]
- SRG-evolved operators (Anderson) [pdf]
- In-medium SRG (Bogner) [pdf]
- HFB/DME and QRPA calculations (Hergert) [pdf]
- Constraints on Explicit Nuclear Density Functionals from Coupled-Cluster Theory (Holt) [pdf]
- DFT extensions introduction (Horoi) [pdf]
- Applying the Deformed QRPA (Terasaki/Engel) [pdf]
- Time-dependent approach to nuclear systems (Roche [pdf], Stetcu [pdf])
- Leadership Class Configuration Interaction Code Meeting report (Vary [ppt] [pdf], Liu [ppt] [pdf])
- TDSLDA today and the road ahead (Bulgac) [pptx] [pdf]
- Remarks by Ted Barnes from DOE [docx] [pdf]
- High-Performance Algorithm for Calculating Non-Spurious Spin- and Parity-Dependent Nuclear Level Densities (Senkov/Horoi) [pdf]
- Progress on NuShellX J-scheme configuration interaction code (Brown/Mcdonald) [pdf]
- Progress on the BIGSTICK configuration-interaction code (Johnson/Ormand/Krastev) [ppt] [pdf]
- A Massively Parallel Adaptive 3-D DFT Solver for Nuclear Physics (Fann) [ppt] [pdf]
Thursday
- Reaction Theory Overview (Thompson) [pptx] [pdf]
- Statistical Nuclear Reactions (Arbanas) [pptx] [pdf]
- Ab Initio Calculations of Light Ion Reactions (Ormand) [pdf]
- Year 5 Deliverables/Plans -- Reactions (Thompson) [pptx] [pdf]
- Year 5 Deliverables/Plans -- Ab Initio (Carlson) [pdf]
- Year 5 Deliverables/Plans -- Ab Initio Functionals (Furnstahl) [pdf]
- Year 5 Deliverables/Plans -- DFT Applications (Nazarewicz) [pdf]
- Year 5 Deliverables/Plans -- DFT Extensions (Horoi) [pdf]
- UNEDF Town Meeting [pptx] [pdf]
June 21-25, 2010, Michigan State University (East Lansing, MI)
PROGRAM for the Meeting
Visit the official meeting website
Logistics
- The 2010 UNEDF Collaboration meeting will be held at the Henry Center near the campus of Michigan State University. Directions.
- A block of rooms has been reserved for arriving the evening of Sunday June 20 and leaving the morning of Friday June 25. The cost to participants will be ($63+tax)/room/day. There are about 10 roll-away beds so that two people can share a room.
- Contact Alex Brown (brown@nscl.msu.edu) if you have questions or requests.
Summary Talks
Monday
- Deliverables, Highlights, Annual Report (Furnstahl)
- Ab Initio Introduction (Carlson)
- Lattice Results for Nuclear Interactions (Luu)
- QMC Calculations of Nuclei and Neutron Drops (Wiringa)
- Large-Scale Shell Model Calculations (Maris)
- Math/CS Issues Related to Shell Model (Yang)
- Ab Initio Coupled cluster Calculations of Nuclei: Status and Outlook (Papenbrock)
- Ab Initio Calculations of Light Ion Reactions (Navratil)
- QMC Calculations of Nuclear Overlaps (Brida)
- Ab Initio Methods - Hybrid Monte Carlo Method (Drut)
- SRG Evolution of NN + NNN Interactions (Jurgenson)
Tuesday
- Introduction (Nazarewicz)
- DFT Optimization (Wild/Sarich)
- UNEDFpre Energy Density Functional (Schunck)
- New-generation Functionals (Dobaczewski)
- The Wavelet-based DFT Solver (Fann/Pei)
- SLDA Solver: The Pain and Joy of Growing (Stetcu)
- Making SLDA and TDSLDA Run on Jaguar (Roche)
- HFODD for Leadership-class Computers (Schunck)
- Comments from George Fai of DOE
- Naturalness of Energy Density Functionals (Kortelainen)
- Orbital-based DFT (Drut)
Wednesday
- Ab Initio Functional Overview (Furnstahl)
- SRG-evolved Operators (Anderson)
- Neutron/nuclear Matter with 3NF (Hebeler)
- DME Expansions and In-medium SRG (Bogner)
- DFT Calculations with DME-based EDF (Stoitsov)
- Fortran Module for Density Dependent Parts of EDF (Kortelainen)
- DFT Extensions Introduction (Horoi)
- QRPA Code for Arbitrary Axially Symmetric Nuclei (Terasaki/Engel)
- Quantum Dynamics with TDSLDA (Bulgac)
- Making Effective Interactions More Effective (Johnson)
- Leadship Class Interaction (LCCI) Code Project of SciDAC/UNEDF (Vary)
- A Database Management System for LCCI (Maris)
- Comments by Brad Sherrill, FRIB Scientific Director
- New High-Performance Algorithm for Nuclear Level Densities and Applications (Senkov/Horoi)
- Progress with the LCCI Code NuShellX@MSU (Brown/McDonald)
- Progress and Applications of BIGSTICK CI Code (Krastev/Johnson/Ormand)
- TD Approaches to Structure and Reactions (Nakatsukasa)
Thursday
- Reactions: Introduction (Thompson)
- Accurate Reaction Cross-section Predictions for Nucleon-Induced Reactions (Nobre)
- Local Equivalent Potentials and Statistical Nuclear Reactions (Arbanas)
- Generating and Using Microscopic Non-local Optical Potentials (Thompson)
- Year-4 Deliverables, Year-5 Plans - Reactions (Thompson)
- Year-4 Deliverables, Year-5 Plans - Ab Initio (Carlson)
- Year-4 Deliverables, Year-5 Plans - Ab Initio Functionals (Furnstahl)
- Year-4 Deliverables, Year-5 Plans - DFT Applications (Nazarewicz)
- Year-4 Deliverables, Year-5 Plans - DFT Extensions (Horoi)
- UNEDF Town Meeting
June 22-25, 2009, Pack Forest (WA)
PROGRAM for the Meeting
Logistics
- Directions to Pack Forest
- Rides to and from the Pack Forest Meeting (updated 6/13 3:00pm EST). This is a spreadsheet with participant emails and arrival/departure schedules, plus who will have cars. Please use this to coordinate your own transportation to and from the meeting.
- Email list of participants [password protected]
- Meal times: Breakfast 8:00-9:00am, Lunch 12:30-1:30pm, Dinner 5:30-6:30pm
Summary Talks
Monday
- Overview (Nazarewicz)
- Extreme Computing Workshop Reports by Lusk and Vary/Ng [powerpoint]
- SciDAC 2009 Summary (Vary) [powerpoint]
- QMC (Wiringa)
- ADLB (Lusk)
- CC Developments (Papenbrock)
- NN interactions from Lattice QCD (Luu) [powerpoint]
- Physics capabilities and results with MFDn (Maris)
- Applied Math/Comp Sci Developments with MFDn (Yang)
- Ab initio reactions of nucleons on light nuclei (Navratil) [powerpoint]
Tuesday
- Large-scale DFT calculations (Stoitsov)
- DFT Optimization (Sarich/Wild)
- DFT requirements for leadership-class computers (Schunck) [powerpoint]
- The wavelet-based DFT solver (Fann/Pei)
- 3D-SLDA solver (Magierski) [powerpoint]
- Report on UNEDF Work by UW-centered Group (Bulgac) [powerpoint]
- Remarks by Ted Barnes from DOE
- New-generation functionals (Dobaczewski)
- Optimization strategies (More)
- Structure of even-even nuclei using the D1S Gogny interaction (Delaroche/Bertsch)
Wednesday
- Ab Initio Nuclear DFT Progress Report, Part 1 (Furnstahl)
- MSU Year 3 Progress Report (Bogner)
- Leadership Class CI Code Report (Vary) [powerpoint]
- Recent progress with the J-scheme CI code NuShellX (Brown) [powerpoint]
- Shell-model CI codes and applications (Johnson) [powerpoint]
- CI approach to complex nuclei and level densities (Horoi)
- A Skyrme QRPA code for deformed nuclei (Terasaki)
- Work Plan (Engel)
- TD-SLDA Software Status (Roche/Stetcu)
- Finite Amplitude Method and Canonical-Basis TDHFB (Nakatsukasa)
Thursday
- Effective interactions for reaction calculations (Escher) [powerpoint]
- Capture and pre-equilibrium reactions (Kawano)
- Coupled channel calculations (Nobre)
- Averaging over resonances (Arbanas/Bertulani)
- Computing Parallel KKM (Roche)
- Two-step calculations of optical potentials (Thompson)
- Year-3 Deliverables, Year-4 Plans: Reactions (Thompson)
- Year-3 Deliverables, Year-4 Plans: Ab Initio (Carlson)
- Year-3 Deliverables, Year-4 Plans: Ab Initio Functionals (Furnstahl)
- Year-3 Deliverables, Year-4 Plans: DFT Applications (Nazarewicz)
- Year-3 Deliverables, Year-4 Plans: DFT Extensions (Horoi)
- Town Meeting Agenda
June 23-26, 2008, Pack Forest (WA)
Summary Talks
- GFMC Benchmarks and Scattering (Pieper)
- Neutron Matter and Drops: GFMC and Skyrme (Carlson)
- ADLB (Lusk)
- CC Developments (Hagen)
- Comparisons of ab initio CC and FCI (Bogner)
- Physics capabilities and results with MFDn (Maris/Vary)
-
Applied Math/Comp Sci Developments with MFDn
(Ng/Yang/Sternberg) -
Low-momentum interactions for ab initio functionals and group
report (Furnstahl) - Benchmarking odd-even mass difference and pairing (Bertsch)
- DFT infrastructure (Stoitsov)
- Broyden's method from an optimization viewpoint (Moré)
- The wavelet-based DFT solver (Fann)
- The sinc-based DFT solver (Magierski)
-
Odd-mass calculations: status, problems, and perspectives
(Schunck) - DFT for neutron droplets (Bulgac)
- Data to constrain EDF (Nazarewicz)
- A Skyrme QRPA code for deformed nuclei (Terasaki)
- TD-SLDA status and plans (Bulgac/Roche)
-
Computing Time Dependent Density Functional Theory for
Superfluid Systems (Roche) -
Projected CI method for deformed mean-field configurations
(Gao) - Many-body approximations in the sd shell Sandbox (Brown)
- CI codes and CI for unitarity Fermi Gas (Johnson)
-
Progress report on calculating accurate nuclear level densities
using spin projected moments method (Horoi) - QRPA: Year 3 (Engel)
- Benchmarking single-particle states (Dobaczewski)
- Ab initio DFT (Bartlett)
- Ab initio nucleon-nucleau scattering (Navratil)
- (n,n') based on RPA (Dupuis)
- Hauser-Feshbach codes (Ormand)
- Coupled channel calculations (Nobre)
- HPC in Statistical Theories of Nuclear Reactions (Arbanas)
-
Effective Interactions for reaction calculations? A first look at
the effect of density dependence (Escher) - Future Plans (Thompson)
August 13-16, 2007, Pack Forest (WA)
Summary Talks
Ab initio theory (Carlson)
DFT and extensions (Nazrewicz)
Reaction theory (Thompson)