Radiative decay of the Delta(1700)

Abstract

Electromagnetic properties provide information about the structure of strongly interacting systems and allow for independent tests of hadronic models. The radiative decay of the Delta(1700) is studied, which appears dynamically generated in a coupled channel approach from the rescattering of the (3/2^+) decuplet of baryons with the (0^-) octet of pseudoscalar mesons. The radiative decay is predicted from the well-known couplings of the photon to the mesons and hadrons which constitute this resonance in the dynamical picture.

14 pages, 4 figures

References in corpus (3)

• Extended Partial-Wave Analysis of piN Scattering Data
• Unitary coupled channel analysis of the $\Lambda (1520)$ resonance
• Clues to the nature of the Delta^*(1700) resonance from pion- and photon-induced reactions

Cited by in corpus (7)

• Transition form factors of the N*(1535) as a dynamically generated resonance
• The radiative decay of the $\Lambda (1405)$ and its two-pole structure
• The role of the N*(1535) resonance and the pi^- p --> KY amplitudes in the OZI forbidden pi N --> phi N reaction
• Evaluation of the polarization observables I^S and I^C in the reaction gamma p --> pi^0 eta p
• Radiative decays of dynamically generated charmed baryons
• Radiative decay into $\gamma P$ of the low lying axial-vector mesons
• Decay of vector-vector resonances into $\gamma$ and a pseudoscalar meson