$K^-$ - nucleus relativistic mean field potentials consistent with kaonic atoms

Details $K^-$ - nucleus relativistic mean field potentials consistent with kaonic atoms $K^-$ - nucleus relativistic mean field potentials consistent with kaonic atoms

1998-04-29

arxiv.org/abs/nucl-th/9804072v3

Phys.Rev.C60:024314,1999

Physics

Nuclear Physics

Nuclear Theory

revised, Phys. Rev. C in press

Scientific paper

10.1103/PhysRevC.60.024314

$K^-$ atomic data are used to test several models of the $K^-$ nucleus interaction. The t($\rho$)$\rho$ optical potential, due to coupled channel models incorporating the $\Lambda$(1405) dynamics, fails to reproduce these data. A standard relativistic mean field (RMF) potential, disregarding the $\Lambda$(1405) dynamics at low densities, also fails. The only successful model is a hybrid of a theoretically motivated RMF approach in the nuclear interior and a completely phenomenological density dependent potential, which respects the low density theorem in the nuclear surface region. This best-fit $K^-$ optical potential is found to be strongly attractive, with a depth of 180 \pm 20 MeV at the nuclear interior, in agreement with previous phenomenological analyses.

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