论文标题
阈值对质子衰减预测的阈值影响，在非苏匹马对称$ e_6 $肠道中与中间三位化对称性
Threshold effects on prediction for proton decay in non-supersymmetric $E_6$ GUT with intermediate trinification symmetry
论文作者
论文摘要
我们考虑一个非苏格对称$ e_6 $ grand统一理论（ut），具有中间的三位化对称$ su（3）_c \ times su（3）_l \ times su（3）_r \ times _r \ times _r \ times d $ d $（d表示为离散的左对称性的D- Parity），对左右的：费米和向量）。据观察，中间质量尺度$ m_i $和$ \ sin^2θ_w$仍然不受肠道阈值贡献的影响。阈值修改的统一质量尺度$ M_U $与当前的实验质子衰变约束非常一致。该模型的新功能是，仅发现$ M_U $的肠道阈值不确定性仅受超重量标量的控制，从而导致质子衰减的非常预测的情况，可以在可预见的实验中验证。
We consider a non-supersymmetric $E_6$ Grand Unified Theory (GUT) with intermediate trinification symmetry $SU(3)_C \times SU(3)_L \times SU(3)_R \times D$ (D denoted as D-parity for discrete left-right symmetry) and study the effect of one-loop threshold corrections arising due to every class of superheavy particles (scalars, fermions and vectors). It is observed that, the intermediate mass scale $M_I$ and $\sin^2θ_W$ remain unaffected by GUT threshold contributions. The threshold modified unification mass scale $M_U$ is in excellent agreement with the present experimental proton decay constraint. The novel feature of the model is that GUT threshold uncertainty of $M_U$ is found to be controlled by superheavy scalars only, leading to a very predictive scenario for proton decay, which can be verifiable within the foreseeable experiments.
