论文标题
右撇子中微子，域墙壁和the the superString启发了$μν$ SSM
Right-handed neutrinos, domain walls and tadpoles in the superstring inspired $μν$SSM
论文作者
论文摘要
We discuss the special role of right-handed neutrinos in the $μν$SSM for solving the $μ$- and $ν$-problems, simultaneously avoiding the potential domain wall and tadpole problems, In particular, embedding the $μν$SSM in the framework of superstrings implies that not all gauge invariant terms are necessarily present in the superpotential, and thus there is more flexibility to allow only those这避免了域墙和t的问题。这些可能是维度4的非品质术语或更高维度的术语。另外，非扰动效应也可以解决这两个问题。我们讨论了SuperString启发的$μν$ SSM的另一个含义，因为预计右撇子中微子有望在高能量下具有额外的$ U（1）$费用。在这种情况下，可以通过多种弦乐机制出现，在超电势中的立方右中微子术语有助于产生主要群体和解决域壁和t的问题。
We discuss the special role of right-handed neutrinos in the $μν$SSM for solving the $μ$- and $ν$-problems, simultaneously avoiding the potential domain wall and tadpole problems, In particular, embedding the $μν$SSM in the framework of superstrings implies that not all gauge invariant terms are necessarily present in the superpotential, and thus there is more flexibility to allow only those that avoid the domain wall and tadpole problems to be present. These can be non-renormalizable terms of dimension 4 or terms of higher dimensions. In addition, non-perturbative effects can also solve both problems. We discuss another implication of the superstring inspired $μν$SSM, since the right-handed neutrino is expected to have extra $U(1)$ charges at high energies. In this case, the cubic right-handed neutrino terms in the superpotential, helpful for generating Majorana masses and solving domain wall and tadpole problems, can arise through a variety of stringy mechanisms.
