论文标题
辐射性中微子质量，暗物质和瘦物质发生的常见起源
Common origin of radiative neutrino mass, dark matter and leptogenesis in scotogenic Georgi-Machacek model
论文作者
论文摘要
我们探索了Georgi-Machacek模型的现象学，并以两个Higgs Doublets和矢量fermion Doublets不变，$ SU（2）_l \ times U（1）_y \ times \ times \ times \ Mathcal {z} _4 \ times {z} _4 \ times _4 \ times \ times \ times \ mathcal {z} _2 _2 _2 $。 $ \ MATHCAL {Z} _4 $对称是自发损坏的，而强加的$ \ Mathcal {Z} _2 $对称性则禁止对称三重态，以生成任何真空期望值，并导致一个惰性的黑暗部门为黑物质提供可行的候选者，并产生中性中性群体，并产生了中源质量。该模型的另一个有趣特征是卵生生成是由矢量样费米子的衰变引起的。对该模型进行了详细研究，以寻找与暗物质，中微子物理学，风味物理学，物质抗逆变物不对称性的可用参数空间相一致的可用参数空间。
We explore the phenomenology of the Georgi-Machacek model extended with two Higgs doublets and vector fermion doublets invariant under $SU(2)_L \times U(1)_Y\times \mathcal {Z}_4 \times \mathcal {Z}_2$. The $\mathcal {Z}_4$ symmetry is broken spontaneously while the imposed $\mathcal {Z}_2$ symmetry forbids triplet fields to generate any vacuum expectation value and leading to an inert dark sector providing a viable candidate for dark matter and generate neutrino mass radiatively. Another interesting feature of the model is leptogenesis arising from decay of vector-like fermions. A detailed study of the model is pursued in search for available parameter space consistent with the theoretical and experimental observations for dark matter, neutrino physics, flavor physics, matter-antimatter asymmetry in the Universe.
