Electromagnetic properties of the hexaquark
arXiv:1905.00713 · doi:10.1103/PhysRevC.100.012201
Abstract
Experiments with intense photon and electron beams have the potential to provide access to nontrivial properties of the recently discovered hexaquark including its size, structure, magnetic moment, quadrupole and octupole deformations. In this paper we investigate the sensitivity of ongoing and planned experiments to various properties of the , employing models based on both constituent quark and pion cloud frameworks. Our calculations indicate that for photoinduced reactions on the deuteron the is predominantly produced from the component of the deuteron. We confirm earlier findings that the intrinsic quadrupole deformation of the should be small. We also demonstrate an ability to extract the magnetic moment and put constrains on the ratio.
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