Name: Hypernuclear Physics Workshop 2023
Start: 2023-03-03T08:00:00-05:00
End: 2023-03-03T18:00:00-05:00
Location: Jefferson Lab

Hypernuclear Physics Workshop 2023

Friday, March 3, 2023 - 8:00 AM

Monday, February 27, 2023
Tuesday, February 28, 2023
Wednesday, March 1, 2023
Thursday, March 2, 2023
Friday, March 3, 2023
8:50 AM Hypernuclear Research at JLab and Other Facilities
Hypernuclear Research at JLab and Other Facilities
8:50 AM - 10:40 AM
Room: F324/325
Contributions

8:50 AM Opening - J Reinhold (FIU)

9:00 AM Strangeness nuclear physics in the world and significance of research project at JLab - S.N. Nakamura (U. Tokyo)

9:40 AM Hypernuclear physics history and some results (JLab Hall C) - L Tang (JLAB/Hampton U)

10:00 AM Hypernuclear physics history and some results (JLab Hall A) - G Urciuoli (INFN)

10:20 AM Challenge to investigate the baryon interaction of multi-strangeness sector at J-PARC - T Gogami (Kyoto Univ.)
10:40 AM Coffee Break
Coffee Break
10:40 AM - 11:00 AM
Room: F324/325
11:00 AM Special Theory Seminar: "Structure of hypernuclei: What will happen by the coupling of a Lambda particle?" - M Isaka (Housei Univ.)
Special Theory Seminar: "Structure of hypernuclei: What will happen by the coupling of a Lambda particle?"
- M Isaka (Housei Univ.)
11:00 AM - 12:00 PM
Room: F324/325 One of the unique and interesting aspects of hypernuclei is structure change due to the addition of a Lambda particle as an impurity. Since a Lambda particle is unaffected by the nuclear Pauli principle in hypernuclei, it can penetrate into nuclear interior and modify nuclear structure through the interactions between the Lambda and nucleons. For example, in $^7_\Lambda$Li, the inter-cluster distance between the alpha and deuteron clusters of the core nucleus $^6$Li is reduced by the addition of a Lambda particle, which has been confirmed by observing the E2 transition probability. In the heavier Lambda hypernuclei, we can expect that many kinds of phenomena will occur by the coupling of a Lambda particle to the ordinary nuclei, because they have various structures such as pronounced cluster structure, triaxial deformation and coexistence of cluster structure and/or deformed mean-field-like structure in the ground and low-lying states. As examples, in this talk, we will focus on several phenomena expected in the Lambda hypernuclei: 1) “dynamical changes of nuclear structure”, 2) “dependence/sensitivity of the Lambda binding energy on nuclear structure” and 3) “coupling of Lambda to deformed core nuclei”. Furthermore, we will also discuss the importance of the hypernuclear experiments at JLab on the hypernuclear structure study.
12:00 PM Lunch
Lunch
12:00 PM - 1:50 PM
1:50 PM Next Hypernuclear Experiment at JLab
Next Hypernuclear Experiment at JLab
1:50 PM - 5:00 PM
Room: F324/325
Contributions

1:50 PM Hypernuclear decay pion spectroscopy at MAMI, Germany - S Nagao (U. Tokyo)

2:10 PM The first precise spectroscopy of heavy hypernuclei at JLab (JLab E12-20-013) - F Garibaldi (INFN)

2:30 PM Geant4 MC simulation for the next JLab hypernuclear project - T Ishige (Tokyo Univ.)

2:50 PM Workshop Photo Shoot

3:20 PM JLab status + possible plan (update) - M Jones (JLAB)

3:40 PM Target design and status - D Meekins (JLAB)

4:00 PM DAQ System - A Camsonne (JLAB)

4:20 PM Discussion + Summary