Spectroscopy of the neutron-rich hypernucleusHeΛ7from electron scattering

6533b834fe1ef96bd129d4e9

RESEARCH PRODUCT

Spectroscopy of the neutron-rich hypernucleusHeΛ7from electron scattering

Pavlo Baturin D. Kawama S. N. Nakamura Tomislav Petković S. A. Wood M. Veilleux W. Luo V. Tadevosyan C. Neville T. O. Yamamoto B. S. Hu R. A. Badui Ashot Gasparian M. Y. Gabrielyan E. J. Brash M. Kawai T. Horn L. Ya Michael Kohl J. Pochodzalla A. Shichijo B. Sawatzky Masashi Kaneta F. Garibaldi W. U. Boeglin Nuruzzaman Patrick Achenbach E. Christy I. Albayrak L. Zhu W. F. Vulcan Kazushige Maeda Rolf Ent M. Fujita Y. Han J. Bono Chhanda Samanta Hiroki Kanda Y. Okayasu K. Yokota L. G. Tang O. Ates Z. Ye S. Danagoulian A. Chiba V. Maxwell A. Nunez Ed V. Hungerford Miroslav Furić G. Niculescu M. Elaasar Tomofumi Maruta Osamu Hashimoto A. Mkrtchyan Chunhui Chen N. Taniya Seigo Kato A. Liyanage Kyo Tsukada H. Khanal A. Asaturyan F. R. Wesselmann R. Asaturyan Pete Markowitz L. Yuan L. Gan R. De Leo D. Doi H. Mkrtchyan A. Ahmidouch T. Seva Y. Fujii Amur Margaryan Darko Androić A. Matsumura Toshiyuki Gogami Toshiyuki Gogami S. Zhamkochyan J. Reinhold Sho Nagao X. Qiu M. K. Jones M. I. Niculescu V. M. Rodriguez P. Carter Amrendra Narayan D. Gaskell

subject

Physics 010308 nuclear & particles physics Neutron emission Binding energy Hypernucleus 01 natural sciences Nuclear physics 0103 physical sciences Neutron Symmetry breaking Atomic physics 010306 general physics Wave function Spectroscopy Electron scattering

description

The missing mass spectroscopy of the HeΛ7 hypernucleus was performed using the Li7(e, e ′K+)HeΛ7 reaction at the Thomas Jefferson National Accelerator Facility Hall C. The Λ- binding energy of the ground-state (1/2+) was determined with a smaller error than that of the previous measurement, being BΛ=5.55±0.10stat.±0.11sys.MeV. The experiment also provided new insight into charge symmetry breaking in p-shell hypernuclear systems. Finally, a peak at BΛ=3.65±0.20stat. ±0.11sys.MeV was observed and assigned as a mixture of 3/2+ and 5/2+ states, confirming the "gluelike" behavior of Λ, which makes an unstable state in He6 stable against neutron emission.

year	journal	country	edition	language
2016-08-12	Physical Review C

https://doi.org/10.1103/physrevc.94.021302

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