论文标题
对竖亚质量出现的思考
Reflections upon the Emergence of Hadronic Mass
论文作者
论文摘要
随着Higgs Boson的发现，Science为$ \ Lessim 2 $占可见物质的2 $％的来源找到了来源。现在，注意力的重点可以转移到搜索其余$ \ gtrsim 98 $％的起源。这里工作的仪器必须能够同时产生与核子相关的1 GEV质量尺度，并确保该质量尺度完全隐藏在手性限制式倾斜中。这次寻找了解雄性质量（EHM）的出现的理解实际上已经进行了很多年。正在改变的是与QCD相关的理论的影响，通过在强子观察物中阐明EHM的明显信号，以及现代和计划中的实验设施访问这些可观察物的能力。这些发展在讨论对亲和Kaon Parton分布的理解的讨论中得到了例证。
With discovery of the Higgs boson, science has located the source for $\lesssim 2$% of the mass of visible matter. The focus of attention can now shift to the search for the origin of the remaining $\gtrsim 98$%. The instruments at work here must be capable of simultaneously generating the 1 GeV mass-scale associated with the nucleon and ensuring that this mass-scale is completely hidden in the chiral-limit pion. This hunt for an understanding of the emergence of hadronic mass (EHM) has actually been underway for many years. What is changing are the impacts of QCD-related theory, through the elucidation of clear signals for EHM in hadron observables, and the ability of modern and planned experimental facilities to access these observables. These developments are exemplified in a discussion of the evolving understanding of pion and kaon parton distributions.
