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A quasi-real photon tagger for CLAS12

Author:
Glazier, D. I.  


Journal:
NUCLEAR PHYSICS B-PROCEEDINGS SUPPLEMENTS


Issue Date:
2010


Abstract(summary):

The planned energy upgrade of the Jefferson Lab electron beam to 12 GeV will enable a host of different physics topics to be explored. The CLAS detector will undergo a corresponding upgrade to focus the detector systems in the forward angle region. As part of this CLAS12 project, a forward "quasi-real" photon tagger is being developed. This device will measure the scattered electrons with kinematics consistent with low Q(2) virtual photons. Such a system will enable a full reconstruction of the photoproduction of many poorly understood hadronic states, for example hybrid meson, cascade and Omega(-) states. Investigation of these states will provide a much needed examination of our understanding of QCD in the nonpeturbative regime.


Page:
204---207


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