Last update: Dec. 02, 2015 at 08:51
One-day workshop 4
- Ab initio theories of nuclear structure and reactions
Place: Panasonic Auditorium
Oct. 12
- Session 1 (10:00-12:30) [Chair: Petr Navratil (TRIUMF)]
10:00 | - | 11:00 | Gaute Hagen (ORNL) | |
| | | Recent highlights from coupled-cluster computations of nuclei | |
11:30 | - | 12:30 | Joseph Carlson (LANL) | |
| | | Neutrino Scattering from NUCLEI | Slide |
- Session 2 (14:00-15:30) [Chair: Thomas Papenbrock (UTK)]
14:00 | - | 14:30 | Takashi Abe (U of Tokyo) | |
| | | Infinite basis-space extrapolation of ground-state energies of light nuclei in the no-core Monte Carlo shell model | Slide |
14:30 | - | 15:00 | T. Miyagi (U of Tokyo) | |
| | | Calculations for medium-mass nuclei with chiral EFT interactions in the unitary-model-operator approach | Slide |
15:00 | - | 15:30 | Nodoka Yamanaka (RIKEN) | |
| | | Electric dipole moment of light nuclei in the Gaussian expansion method | Slide |
- Session 3 (16:00-17:00) [Chair: Thomas Papenbrock (UTK)]
16:00 | - | 17:00 | Wataru Horiuchi (Hokkaido U) | |
| | | Harmonic-oscillator excitations of precise few-body wave functions | |
Oct. 14
- Session 1 (10:00-12:30) [Chair: Heiko Hergert (MSU)]
10:00 | - | 11:00 | Francesco Pederiva (U of Trento) | |
| | | A Quantum Monte Carlo formulation for non local interactions | Slide |
11:30 | - | 12:30 | Carlo Barbieri (U of Surrey) | |
| | | Medium Mass Nuclei and Matter from Lattice QCD Interactions | Slide |
- Session 2 (14:00-15:30) [Chair: Wataru Horiuchi (Hokkaido U)]
14:00 | - | 15:00 | Saori Pastore (LANL) | |
| | | Electromagnetic structure of light nuclei | Slide |
15:00 | - | 15:30 | Rie Sekine (Hokkaido U) | |
| | | Time-dependent approach to nuclear response of few-nucleon systems | |
- Session 3 (16:00-17:30) [Chair: Wataru Horiuchi (Hokkaido U)]
16:00 | - | 17:00 | Kalman Varga (Vanderbilt U) | |
| | | Nuclear theory approaches in material simulations | |
17:00 | - | 17:30 | Tsubasa Hoshino (Hokkaido U) | |
| | | Three-body calculation for Kaonic deuterium | Slide |