强相互作用的动力学自相似性与Dirac强子Bose强子的比较研究

Dynamical Self-Similarity of Strong Interaction and Comparison between Dirac Hadron and Bose Hadron

质子枚举产生的几率分布与π介子的分布具有相同的标度形状。这个实验事实可用量子场反常维度的差别来解释。γ_B(g_R)=-(0.045±0.015),γ_F(g_r)=-(0.40±0.08)。实验同时揭示出喷注(q+q)→重强子→轻强子这个强衰变过程的动力学自相似性。

In the momentum space the inclusive probability of proton production and that of pion production have the same distribution form in the mean scaling and Dao scaling. This experimental fact can be explained by the anomalous dimensionality of Dirac quautum field and Bose quantum field, i.e., (g_R)=-(0.045±0.015) and (g_R)=-(0.40+0.08). Experimental data show that the strong interaction have self-similarity, which can be described by the demigroup theory.