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您的检索式：关键字=hadron spectroscopy
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| 1 | Recent Beijing Spectroscopy (BES) results显示文摘Recent experimental results from Beijing Spectroscopy (BES) are reviewed, in-cluding the hadron spectroscopy from J/ψ decays, and a number of new states are found or confirmed, including σ, κ, X(1835), ω■ threshold enhancement in J/ψ→γω■ , a broad resonance in J/ψ→K +K ■π 0, decay studies of ψ (2S) and χCJ, as well as the results of ψ (3770) non-DD decays. The current status of BEPCII/BESIII, the major upgrade of BEPC/BESII, is also reported. | LI WeiGuo Institute of High Energy Physics, Chinese Academy of Sciences, Beijing 100049, China | 2008 | Science China(Physics,Mechanics & Astronomy)2008，51，6： | 0 |
| 2 | Highlights of light meson spectroscopy at the BESIII experiment显示文摘Hadron spectroscopy provides a way to understand the dynamics of the strong interaction.For light hadron systems,only phenomenological models or lattice quantum chromodynamics(QCD)are applicable,because of the failure of perturbation expansions for QCD at low energy.Experimental data on light hadron spectroscopy are therefore crucial to provide necessary constraints on various theoretical models.Light meson spectroscopy has been studied using charmonium decays with the Beijing Spectrometer Experiment(BES)at the Beijing Electron-Positron Collider,operating at 2.0-4.6 GeV center-of-mass energy,for nearly three decades.Charmonium data with unprecedented statistics and well-defined initial and final states provide BESIII with unique opportunities to search for glueballs,hybrids and multi-quark states,as well as perform systematic studies of the properties of conventional light mesons.In this article,we review BESIII results that address these issues. | Shan Jin Xiaoyan Shen | 2021 | National Science Review2021，8，11： | 0 |
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