论文标题
在重型物质的核心
At the heart of baryonic matter the ARBUZ model favored by recent hadron form factor data
论文作者
论文摘要
从歼灭和散射反应中的质子，中子和$λ$的电磁形式因子的数据中收集和解释，这是巴里子内部结构的广义图片的框架，该结构在空间状的和类似时间的区域中。结果表明，这些数据可以深入了解巴赛的空间结构的距离比巴赛的大小小100倍，并且在时间般的区域中，对悬式物质的时间演变的愿景高达$ 10^{-25} $ 〜s，这是比起proton of Proton of Proton of Proton of Proton of Proton of Proton of Proton of Proton of Proton of Proton of Proton of Proton of Proton的时间的差异。在拟议的解释中，质子在太空区域中的电形值不能交叉零，而是消失或保持很小，因为数据的推断似乎显示出来。在数据中出现的时间样区域中，数据中出现的特定结构给出了在系统演变的特定时间范围内的夸克 - diquark结构的优势。
Data on electromagnetic form factors of proton, neutron, and $Λ$ from annihilation and scattering reactions are collected and interpreted in the frame of a generalized picture of the internal structure of baryons which holds in space-like and time-like regions. It is shown that these data give an insight of the space structure of the baryon for distances one hundred times smaller than the baryon size and, in the time-like region, a vision of the time evolution of the hadronic matter for times up to $10^{-25}$~s, that is two orders of magnitude shorter than the time taken by the light to cross the volume of a proton. In the proposed interpretation, the electric form factor of the proton in the space-like region can not cross zero, but vanishes or stays very small, as an extrapolation of the data seems to show. In the time-like region specific structures appearing in the data give evidence of the dominance of the quark-diquark structure in a specific range of time of the evolution of the system.
