论文标题
Higgsino的不对称和直接检测约束，在NMSSM中具有非普遍的Higgs质量
Higgsino Asymmetry and Direct-Detection Constraints of Light Dark Matter in the NMSSM with Non-Universal Higgs Masses
论文作者
论文摘要
在这项工作中，我们研究了轻度暗物质的直接检测约束与非普遍的Higgs质量（NUHM）的最小超对称标准模型（NMSSM）中的直接检测约束，尤其是Higgsino不对称和自旋依赖性横截面之间的相关性。最后，我们得出以下结论：（i）依赖自旋的横截面与nmssm-nuhm中的暗物质$ \tildeχ^0_1 $在暗物质中的Higgsino不对称方形成正比。 （ii）对于高度单利主导的暗物质$ \tildeχ^0_1 $，遗物密度可以足够，但是希格斯诺的不对称和旋转依赖性横截面总是很小的。 （iii）在光线暗物质中具有较大的希格斯诺组件，希格斯诺的不对称性和自旋依赖性横截面可能很大，但是深色物质遗物密度始终很小，因此可以逃脱直接检测。 （iv）$ h_2 $ - 和$ z $ - funnel歼灭通道中的轻度暗物质可以由未来的Lux-Zeplin（LZ）7吨覆盖自旋依赖性检测。
In this work, we study the direct-detection constraints of light dark matter in the next-to minimal supersymmetric standard model (NMSSM) with non-universal Higgs masses (NUHM), especially the correlation between higgsino asymmetry and spin-dependent cross section. Finally, we get the following conclusions: (i) The spin-dependent cross section is proportional to the square of higgsino asymmetry in dark matter $\tildeχ^0_1$ in the NMSSM-NUHM. (ii) For highly singlino-dominated dark matter $\tildeχ^0_1$, the relic density can be sufficient, but the higgsino asymmetry and spin-dependent cross section is always small. (iii) With a sizeable higgsino component in the light dark matter, the higgsino asymmetry and spin-dependent cross section can be sizeable, but dark matter relic density is always small, thus it can escape the direct detections. (iv) Light dark matter in the $h_2$- and $Z$-funnel annihilation channels with sufficient relic density can be covered by future LUX-ZEPLIN (LZ) 7-ton in spin-dependent detections.
