High-density \=K nuclear systems with isovector deformation
Abstract
Using a phenomenological \=KN potential which reproduces (1405) as an I=0 bound state of \=KN, we investigated deeply bound kaonic nuclei, ppnK- and 8BeK-, with the method of Antisymmetrized Molecular Dynamics. Our calculations show that strongly bound kaonic nuclear systems with unusual exotic structures are formed around the K-, which attracts the surrounding nucleons to an extremely high-density assembly and induces a proton-neutron separation, ``isovector deformation''.
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