论文标题
模拟Lepton数字违反了船员的重中微子 - 抗氨基酸抗振荡
Simulating lepton number violation induced by heavy neutrino-antineutrino oscillations at colliders
论文作者
论文摘要
我们研究了两个几乎质量分化的无菌主要中微子的伪迪拉克对，它们通过低规模的Seesaw机制产生了轻中微子的质量。这些伪dirac重型中性瘦素可以在夫妇与瘦素和抗癫痫之间的相互作用本征素质之间振荡，从而在Lepton Number的保存和Lepton数字违反过程之间产生振荡。通过现象学对称性保护的Seesaw情景（PSPSS），我们引入了一个最小的框架，能够描述山脉处的低规模seesaws的主要特征，并提出可在蒙特卡洛发生器中使用的Feynrules实现。此外，我们扩展了疯狂以模拟沉重的中微子 - 抗雷抗振荡，并通过此类模拟提出了结果。
We study pseudo-Dirac pairs of two almost mass-degenerate sterile Majorana neutrinos which generate light neutrino masses via a low-scale seesaw mechanism. These pseudo-Dirac heavy neutral leptons can oscillate between interaction eigenstates that couple to leptons and antileptons and thus generate oscillations between lepton number conserving and lepton number violating processes. With the phenomenological symmetry protected seesaw scenario (pSPSS), we introduce a minimal framework capable of describing the dominant features of low-scale seesaws at colliders and present a FeynRules implementation usable in Monte Carlo generators. Additionally, we extend MadGraph to simulate heavy neutrino-antineutrino oscillations and present results from such simulations.
