We show that LSG model predictions of event ratios are clearly distinguished from those of the SM. This is true in all models of ultrahigh energy (UHE) neutrino sources, in both i/e : Vp, : vT = 1 : 1 : 1 and ve : v : vT - 1 : 2 : 0 scenarios for the flux incident on earth. In particular the ratios of upward ji events to upward shower events and the ratios of up events to down events are different by a factor of 2 to an order of magnitude in the comparisons between SM and LSG. vT rates are low but show high sensitivity to SM vs LSG interaction physics.
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机译：我们表明，事件比率的LSG模型预测明确区分了SM的模型。在I / E I / E：VP中的所有超高能量（UHE）中微子源中的所有模型中都是如此：VT = 1：1：1和VE：V：VT - 1：2：0用于地球上的助焊剂的情况。特别是向上阵雨事件的向上JI事件的比率和向下事件的比率与SM和LSG之间的比较中的数量倍数为2％。 VT率低，但对SM与LSG交互物理学的敏感性很高。
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