论文标题
对全息QCD的Sivers单旋不对称的预测
Predictions for the Sivers Single-Spin Asymmetry from Holographic QCD
论文作者
论文摘要
一种用于非扰动QCD的新方法，全息光范围QCD，为强子动力学和光谱镜提供了全面的模型，结合了颜色限制，通用的强子质量尺度，在手性限制中对无质旋转的预测以及Mesons，Baryons and Baryons and Tetraearks跨越完整的Handron sexpsectron seplocy of Messons limit中的无质旋转。在本文中，我们根据基于全息QCD预测的Baryon Eigenstate的轻正波函数，对质子的质子不对称和相关的横向动量分布进行了预测。
A new approach to nonperturbative QCD, holographic light-front QCD, provides a comprehensive model for hadron dynamics and spectroscopy, incorporating color confinement, a universal hadron mass scale, the prediction of a massless pion in the chiral limit, and connections between the spectroscopy of mesons, baryons and tetraquarks across the full hadron spectrum. In this article we present predictions for the Sivers asymmetry and related transverse momentum distributions for the proton based on the light-front wavefunctions of the baryon eigenstate predicted by holographic QCD.
