Photoproduction of doubly heavy baryon at the LHeC
arXiv:1702.07181 · doi:10.1103/PhysRevD.95.074020
Abstract
The photoproduction of doubly heavy baryon, , and , is predicted within the nonrelativistic QCD at the Large Hadron Electron Collider (LHeC). The production via the photon-gluon fusing channel and the extrinsic heavy quark channel have been considered, where or stand for heavy or quark and stands for a diquark with given spin- and color- configurations . The diquark shall fragmentate into baryon with high probability. For and production, equals (in configurations spin-singlet -wave and color-sextuplet ) or (in configurations spin-triplet -wave and color-antitriplet ) and for production, equals , , or . A detailed comparison of those channels and configurations on total and differential cross sections, together with their uncertainties, is presented. We find the dominate contributions for production are from extrinsic heavy quark channel and for configuration; While other diquark states can also provide sizable contributions to the production. As a combination of all the mentioned channels and configurations and by taking GeV and GeV, we observe that , and events can be generated at the LHeC in one operation year.
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