论文标题
氢门到外来放射性
Hydrogen portal to exotic radioactivity
论文作者
论文摘要
我们表明，在一类特殊的黑暗扇区模型中，氢原子可以通过在太阳和地球上的大量种群中发生衰减来充当新物理学的门户。可以通过腐烂或散射检测到氢衰减的大液体液体。通过构造两个检测通道的模型，我们表明，最近报道的Xenon1t电子后坐力过量可以通过不受质子和氢衰减极限不受限制的参数空间的大区域中的这些信号来解释。
We show that in a special class of dark sector models, the hydrogen atom can serve as a portal to new physics, through its decay occurring in abundant populations in the Sun and on Earth. The large fluxes of hydrogen decay daughter states can be detected via their decay or scattering. By constructing two models for either detection channel, we show that the recently reported excess in electron recoils at XENON1T could be explained by such signals in large regions of parameter space unconstrained by proton and hydrogen decay limits.
