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SU(3) Approach to Hypernuclear Interactions and Spectroscopy
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abstract
The $SU(3)$ meson exchange approach to interactions within the baryon octet and nuclear density functional theory are used to derive an \emph{ab initio} description of hypernuclear interactions. The density dependence of interactions is recast into a DFT with density dependent interaction vertices. The field-theoretical structure is retained by expressing the vertices as functionals of the matter field operators. Applications to infinite hypermatter and neutron star matter are discussed. A new approach is presented allowing to determine in-medium coupling constants out of the $NN$-vertex functionals, obtained e.g. by DBHF theory, for the full baryon octet by exploiting $SU(3)$ relations.
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Cited by 1 Pith paper
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Virtual state and two-pole structure: $\Xi(1690)$ and $\Xi(1820)$ from BESIII data on $\psi(3686)\to K^-\Lambda\bar{\Xi}^+$
A coupled-channel fit to BESIII data identifies Ξ(1690) as a virtual state just below the KΣ threshold and Ξ(1820) as a two-pole structure.
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