Signatures of the d*(2380) Hexaquark in d(γ,pn→)

6533b871fe1ef96bd12d0d61

RESEARCH PRODUCT

Signatures of the d*(2380) Hexaquark in d(γ,pn→)

M. Bashkanov R. A. Miskimen M. Biroth Yu. A. Usov O. Steffen P. Pedroni P. B. Otte Michaela Thiel S. Abt C. S. Akondi A. B. Lazarev A. Braghieri Th. Strub Concettina Sfienti L.a. Zana M. Korolija K. Livingston S. Lutterer David Manley V. L. Kashevarov V. L. Kashevarov W. Gradl S. Gardner N. S. Borisov D. Hornidge P. P. Martel P. P. Martel Z. Ahmed N. K. Walford J. Wettig S. Fegan I. I. Strakovsky F. Cividini Susanna Costanza H. J. Arends D. Ghosal Guy Ron S. Wagner K. Spieker A. Käser V. Sokhoyan C. Mullen R. Beck P. Adlarson A. Fix A. G. Denig M. Ostrick Durga Paudyal Nicholas Zachariou D. P. Watts Patrick Achenbach A. Neiser E. J. Downie D. Gurevich M. Wolfes I. Supek C. Collicott I. Gorodnov A. Thiel F. Afzal W. J. Briscoe A. B. Neganov D. Werthmüller M. Günther Lena Heijkenskjöld I. J. D. Macgregor P. Drexler P. Drexler S. N. Prakhov J. R. M. Annand Andy Thomas G. M. Huber D. I. Glazier S. Kay A. Powell A. Sarty E. Mornacchi B. Krusche

subject

Physics Photon Spin polarization Nuclear Theory General Physics and Astronomy Photon energy 01 natural sciences Nuclear physics Recoil Photodisintegration 0103 physical sciences Neutron Nuclear Experiment 010306 general physics Nucleon Crystal Ball

description

We report a measurement of the spin polarization of the recoiling neutron in deuterium photodisintegration, utilizing a new large acceptance polarimeter within the Crystal Ball at MAMI. The measured photon energy range of 300-700 MeV provides the first measurement of recoil neutron polarization at photon energies where the quark substructure of the deuteron plays a role, thereby providing important new constraints on photodisintegration mechanisms. A very high neutron polarization in a narrow structure centered around E_{γ}∼570 MeV is observed, which is inconsistent with current theoretical predictions employing nucleon resonance degrees of freedom. A Legendre polynomial decomposition suggests this behavior could be related to the excitation of the d^{*}(2380) hexaquark.

year	journal	country	edition	language
2020-03-31	Physical Review Letters

https://doi.org/10.1103/physrevlett.124.132001

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