Prospects for detecting the hidden-strange pentaquarklike state $N^{\ast }(2080)$ in the ${\pi }^{-}p\to \varphi n$ reaction

Abstract

In this work, the production of the hidden-strange pentaquarklike state $N^{\ast }(2080)$ via the ${\pi }^{-}p$ scattering process is studied by the effective Lagrangian approach. Concretely, we consider the $\rho$ meson exchange of $t$-channel and the nucleon exchange of $u$-channel, which are treated as the background terms, and take into account the contribution of the $N^{\ast }(2080)$ via the $s$-channel as a signal term. By global fitting of the total and differential cross sections of the ${\pi }^{-}p\to \varphi n$ process, it is shown that the $N^{\ast }(2080)$ contributes an obvious peak at the threshold energy point of the differential cross section at the forward angle ($\cos \theta =1$), which provides clues to the detection of the $N^{\ast }(2080)$ by the ${\pi }^{-}p$ scattering process. However, due to the limited accuracy of the experimental data, it is an objective limitation for us to determine the properties of the $N^{\ast }(2080)$ by the ${\pi }^{-}p$ scattering process. Therefore, more accurate experimental measurements of the ${\pi }^{-}p\to \varphi n$ reaction are highly desirable, and we have also proposed that correlation measurements can be performed on J-PARC, AMBER, and future HIKE and HIAF meson beam experiments.

9 pages, 10 figures

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• Understanding of the BESIII measurement of (anti)hyperon-nucleon scattering
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• Producing $\Lambda (1405)$ and $\Lambda (1520)$ in ${\pi }^{-}p$ reaction to explore their inner structures
• Production of high-spin ${\omega }_J/{\rho }_J$ ($J=2,3,4,5$) mesons in ${\pi }^{-}p$ reactions