Photoproduction of doubly heavy baryon at the ILC
arXiv:1408.4615 · doi:10.1007/JHEP12(2014)018
Abstract
In the present paper, we make a detailed study on the doubly heavy baryon photoproduction in the future International Linear Collider (ILC). The baryons , , and are produced via the channel , where and stand for heavy or quark, respectively. As for the -baryon production, it shall first generate a -diquark and then form the final baryon via fragmentation, where stands for the color- and spin- configurations for the -diquark states. According to the non-relativistic QCD theory, four diquark configurations shall provide sizable contributions to the baryon production, e.g., equals , , , or , respectively. We adopt the improved helicity amplitude approach for the hard scattering amplitude to improve the calculation efficiency. Total and differential cross sections of those channels, as well as the theoretical uncertainties, are presented. We show that sizable amounts of baryon events can be generated at the ILC, i.e., about , , as well as events are to be generated in one operation year for GeV and cms.
8 pages, 6 figures. Discussions improved and references updated. To be published in JHEP
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- Fate of the doubly heavy spin baryons in a dense medium
- Hadronic production of with the intrinsic heavy-quark content at a fixed-target experiment at the LHC
- Production of the triply heavy and baryons at colliders