Electric-dipole transitions in 6Li with a fully microscopic six-body calculation

Electric-dipole transitions in 6Li with a fully microscopic six-body calculation

Exploring new excitation modes and the role of the nuclear clustering has been of great interest. An interesting speculation was made in the recent photoabsorption measurement of 6Li that implied the importance of the nuclear clustering. To understand the excitation mechanism of 6Li, we perform a fu...

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Main Author: Wataru Horiuchi, Shuji Satsuka
Format: Article
Language:English
Published: SciPost 2020-02-01
Series:SciPost Physics Proceedings
Online Access:https://scipost.org/SciPostPhysProc.3.022
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spelling doaj-5e2999e04c27428893e57844453ebf322021-04-19T11:05:46ZengSciPostSciPost Physics Proceedings2666-40032020-02-01302210.21468/SciPostPhysProc.3.022Electric-dipole transitions in 6Li with a fully microscopic six-body calculationWataru Horiuchi, Shuji SatsukaExploring new excitation modes and the role of the nuclear clustering has been of great interest. An interesting speculation was made in the recent photoabsorption measurement of 6Li that implied the importance of the nuclear clustering. To understand the excitation mechanism of 6Li, we perform a fully microscopic six-body calculation on the electric-dipole (E1) transitions and discuss how 6Li is excited by the E1 field as a function of the excitation energy. We show the various cluster components in the six-body wave functions and discuss the role of the nuclear clustering in the E1 excitations of 6Li.https://scipost.org/SciPostPhysProc.3.022
collection DOAJ
language English
format Article
sources DOAJ
author Wataru Horiuchi, Shuji Satsuka
spellingShingle Wataru Horiuchi, Shuji Satsuka
Electric-dipole transitions in 6Li with a fully microscopic six-body calculation
SciPost Physics Proceedings
author_facet Wataru Horiuchi, Shuji Satsuka
author_sort Wataru Horiuchi, Shuji Satsuka
title Electric-dipole transitions in 6Li with a fully microscopic six-body calculation
title_short Electric-dipole transitions in 6Li with a fully microscopic six-body calculation
title_full Electric-dipole transitions in 6Li with a fully microscopic six-body calculation
title_fullStr Electric-dipole transitions in 6Li with a fully microscopic six-body calculation
title_full_unstemmed Electric-dipole transitions in 6Li with a fully microscopic six-body calculation
title_sort electric-dipole transitions in 6li with a fully microscopic six-body calculation
publisher SciPost
series SciPost Physics Proceedings
issn 2666-4003
publishDate 2020-02-01
description Exploring new excitation modes and the role of the nuclear clustering has been of great interest. An interesting speculation was made in the recent photoabsorption measurement of 6Li that implied the importance of the nuclear clustering. To understand the excitation mechanism of 6Li, we perform a fully microscopic six-body calculation on the electric-dipole (E1) transitions and discuss how 6Li is excited by the E1 field as a function of the excitation energy. We show the various cluster components in the six-body wave functions and discuss the role of the nuclear clustering in the E1 excitations of 6Li.
url https://scipost.org/SciPostPhysProc.3.022
work_keys_str_mv AT wataruhoriuchishujisatsuka electricdipoletransitionsin6liwithafullymicroscopicsixbodycalculation
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