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- Title
Study of Dark Matter at e<sup>+</sup>e<sup>-</sup> Collider using KISTI-5 Supercomputer.
- Authors
Kihong Park; Kihyeon Cho
- Abstract
Dark matter is barely known because it cannot be explained using the Standard Model. In addition, dark matter has not been detected yet. It is currently being explored through various ways. In this paper, we studied dark matter in an electron-positron collider using MadGraph5. The signal channel is e+e-→ µ+µ-A' where A' decays to dimuon. We studied the cross-section by increasing the center-of-mass energy. Central processing unit (CPU) time of simulation was compared with that using a local Linux machine and a KISTI-5 supercomputer (Knight Landing and Skylake). Furthermore, one or more cores were used for comparing CPU time among machines. Results of this study will enable the exploration of dark matter in electron-positron experiments. This study also serves as a reference for optimizing high-energy physics simulation toolkits.
- Subjects
DARK matter; CENTRAL processing units; SUPERCOMPUTERS; STANDARD model (Nuclear physics); HIGH performance computing
- Publication
International Journal of Contents, 2021, Vol 17, Issue 3, p67
- ISSN
1738-6764
- Publication type
Article
- DOI
10.5392/IJoC.2021.17.3.067