Nuclear ab initio spectroscopy
21-24 May 2024
Nuclear ab initio spectroscopy
Organizers: T. Duguet (CEA DRF DPhN, contact), M. Frosini (CEA DES IRESNE), G. Hagen (Oak Ridge Nat. Lab), R. Roth (TU Darmstadt)
contact: thomas.duguet [at] cea.fr
The main goals of the workshop are:
1. to review existing ab initio approaches to nuclear spectroscopy in light- and medium-mass nuclei,
2. to discuss limitations of current methods and possible workarounds.
Talks
• R. Roth (TU Darmstadt) Mid-mass low-lying spectroscopy via in-medium no-core shell model calculations
• J. Holt (TRIUMF) Mid-mass low-lying spectroscopy via valence-space in-medium similarity renormalization group calculations
• Z. H. Sun (ORNL) Mid-mass low-lying spectroscopy via valence-space coupled cluster calculations
• J. M. Yao (Sun Yat-sen University) Low-lying spectroscopy of even-even nuclei via projected generator coordinate method calculations
with a multi-reference in-medium similarity renormalization group pre-processing of the Hamiltonian
• B. Bally (CEA DRF) Low-lying spectroscopy of odd-even nuclei with projected generator coordinate method calculations
• M. Frosini (CEA DES) Low-lying spectroscopy of even-even nuclei via multi-reference perturbation theory based on a projected generator coordinate method reference state
• A. Tichai (TU Darmstadt) Mid-mass low-lying spectroscopy via multi-reference perturbation theory and valence space density matrix renormalization group calculations
• S. Bacca (Mainz University) Collective excitations of even-even closed-shell nuclei via Lorentz integral transform coupled cluster calculations
• C. Barbieri (Milan University) Collective excitations of even-even closed-shell nuclei via Dyson self-consistent Green’s function calculations
• A. Porro (TU Darmstadt) Collective excitations of even-even open-shell nuclei via projected generator coordinate method and quasi-particle random-phase approximation calculations
• G. Stellin (CEA DRF) Spectroscopy of even-even singly open-shell nuclei via Gorkov self-consistent Green’s function calculations
• V. Somà/A. Scalesi (CEA DRF) Low-lying spectroscopy of odd-even open-shell nuclei via Gorkov self-consistent Green’s function calculations
• H. Hergert (MSU) Low-lying spectroscopy of near closed-shell nuclei via equation-of-motion in-medium similarity renormalization group calculations
• G. Hagen (ORNL) Low-lying spectroscopy of nuclei via coupled cluster techniques
• L. Gonzales-Miret (CEA DAM) Systematic of isovector electric and magnetic dipole strength functions via the FAM-QRPA
• A. Roux (CEA DAM) Emulation of PGCM calculations using the eigenvector continuation method
Tentative schedule
|
Tuesday 21st May |
Wednesday 22 |
Thursday 23 |
Friday 24 |
||
| 9h15 | Welcome | ||||
|
9h30 |
- - - - - | 9h30 | - - - - - | - - - - - | - - - - - |
| 10h30 | Break | 10h30 | Break | Break | Break |
| 11h10 |
- |
11h | - |
- |
- |
| 12h10 |
Lunch |
12h |
Lunch |
Lunch | Lunch |
| 13h30 | - | 13h30 | - | - | - |
| 14h30 | - | 14h30 | - | - | - |
| 15h45 | Break | 15h | Break | Break | Break |
| 16h15 | Discussions | 16h |
Discussions |
Discussions | Discussions |
| 17h |
End |
17h |
End |
End |
End |
Retour accueil ESNT Back to the ESNT page
Création-contact Web ESNT : Valérie Lapoux
