\begin{document}$\cos 4\phi$\end{document} azimuthal asymmetries in di-lepton production. This theoretical predication soon has been confirmed by the STAR measurement. With this new development from both theory and experiment sides, the linearly polarized photons provide a new experimental avenue to explore novel QCD phenomenology. For example, the linearly polarized photons can give rise to various different azimuthal asymmetries in diffractive vector meson production. These observables provide us unique chance to study two source interference effect in high energy scatterings, Coulomb-Nuclear interference effect as well as extracting gluon Wigner distribution. We will discuss these novel phenomenology studies and the possible future developments."> - 必威体育下载

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Pu Shi, Xiao Bo-Wen, Zhou Jian, Zhou Ya-Jin
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  • Abstract views:4766
  • PDF Downloads:126
  • Cited By:0
Publishing process
  • Received Date:15 January 2023
  • Accepted Date:05 February 2023
  • Available Online:17 February 2023
  • Published Online:05 April 2023

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