论文标题
连续的暗物质动物园
The Continuum Dark Matter Zoo
论文作者
论文摘要
我们将最近提出的Continuum暗物质模型推广到暗物质由旋转$ 1/2 $或旋转$ 1 $ glapped Continuum组成的情况。我们构建了通过$ z $门户歼灭弱相互作用的巨大粒子的简单连续类似物。我们讨论了所有现有的实验限制，其界限最强，是由于间接检测和从宇宙微波背景的连续衰减局限性而产生的。我们的型号对于$ 60 $ - $ 200 $ GEV（旋转 - $ 1/2 $）和$ 35 $ - $ 90 $ GEV（Spin- $ 1 $）的差距量表上的现象学可行，这是由于强烈的运动抑制直接检测界的强烈抑制，这是连续国家独有的。我们评论未来的检测前景，并提出了进一步连续模型建立的指示。
We generalize the recently proposed continuum dark matter model to the case where the dark matter consists of a spin-$1/2$ or spin-$1$ gapped continuum. We construct simple continuum analogs of weakly interacting massive particles annihilating through the $Z$ portal. We discuss all existing experimental constraints, with the strongest bounds arising from indirect detection and limits on continuum decays from the cosmic microwave background. Our models are phenomenologically viable for gap scales of $60$-$200$ GeV (spin-$1/2$) and $35$-$90$ GeV (spin-$1$), owing to the strong kinematic suppression of direct detection bounds which is unique to continuum states. We comment on future prospects for detection and suggest directions for further continuum model building.
