$_Ξ^{5}H $ hypernuclei by folding the state-of-the-art $ ΞN $ interactions

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Auteur principal: Etminan, Faisal
Format: Preprint
Publié: 2024
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author Etminan, Faisal
author_facet Etminan, Faisal
contents I examined a phenomenological Nijmegen and a first principles HAL QCD $ΞN$ potentials to study $αΞ$ ineractions. A Woods-Saxon type form for $αΞ$ potential in the single-folding potential approach is derived by using the spin- and isospin averaged $ΞN$ interactions. The possibility of resonance or bound state is searched and accordingly, the low energy scattering phase shift parameters of $αΞ$ are calculated. The numerical results show that even though two $ ΞN $ potentials have significantly dissimilar isospin (I) and spin (S) components, $_Ξ^{5}H $ could be only a Coulomb-assisted resonance state that appears about $ 0.5 $ MeV below the threshold of $α+Ξ^{-} $ for both model of potentials.
format Preprint
id arxiv_https___arxiv_org_abs_2406_03572
institution arXiv
publishDate 2024
record_format arxiv
spellingShingle $_Ξ^{5}H $ hypernuclei by folding the state-of-the-art $ ΞN $ interactions
Etminan, Faisal
Nuclear Theory
High Energy Physics - Phenomenology
I examined a phenomenological Nijmegen and a first principles HAL QCD $ΞN$ potentials to study $αΞ$ ineractions. A Woods-Saxon type form for $αΞ$ potential in the single-folding potential approach is derived by using the spin- and isospin averaged $ΞN$ interactions. The possibility of resonance or bound state is searched and accordingly, the low energy scattering phase shift parameters of $αΞ$ are calculated. The numerical results show that even though two $ ΞN $ potentials have significantly dissimilar isospin (I) and spin (S) components, $_Ξ^{5}H $ could be only a Coulomb-assisted resonance state that appears about $ 0.5 $ MeV below the threshold of $α+Ξ^{-} $ for both model of potentials.
title $_Ξ^{5}H $ hypernuclei by folding the state-of-the-art $ ΞN $ interactions
topic Nuclear Theory
High Energy Physics - Phenomenology
url https://arxiv.org/abs/2406.03572