论文标题
离散的$ r $ - 对称，各种能量尺度和重力波
Discrete $R$-symmetry, Various Energy Scales and Gravitational Waves
论文作者
论文摘要
我们提出了一个超对称模型，其中离散的$ r $ - 对称性破坏（$ z_ {6r} $）和宇宙通胀通常归因于隐藏的$ sp（2）$ strong Dynamics的禁闭量表。除此之外，Susy破裂的量表，Higgsino质量和右手中微子质量都显示出$ z_ {6r} $从CMB可观察物推断出的量表。我们将证明该模型的特征是Susy破裂的质量$ M _ {\ rm soft} \ simeq100-1000 {\ rm tev} $和重新加热温度$ t _ {\ rm rh} \ rm rh} \ simeq10^{9} {\ rm gev {\ rm gev} {\ rm rm gev} $。然后，我们讨论如何借助于加热时代的短寿命宇宙弦引起的引力波的光谱测试这些模型的预测。
We present a supersymmetric model where energy scales of a discrete $R$-symmetry breaking ($Z_{6R}$) and cosmic inflation are commonly attributed to the confinement scale of a hidden $Sp(2)$ strong dynamics. Apart from these, SUSY-breaking scale, the Higgsino mass and the right-handed neutrino masses are all shown to stem from $Z_{6R}$ breaking scale inferred from CMB observables. We will show that the model is characterized by the SUSY-breaking soft mass $m_{\rm soft}\simeq100-1000{\rm TeV}$ and the reheating temperature $T_{\rm rh}\simeq10^{9}{\rm GeV}$. Then we discuss how these predictions of the model can be tested with the help of the spectrum of the gravitational wave induced by the short-lived cosmic string present during the reheating era.
