论文标题
斧头 - 光子多通电子天文学，带有巨型耀斑
Axion-photon multimessenger astronomy with giant flares
论文作者
论文摘要
我们用巨型耀斑（GFS）来处理多通用天文学的前景，这是一个罕见的瞬态事件，磁铁的特征是有史以来观察到的一百个最亮的超新星。光束光子可以通过磁层中的谐振转换与轴突对应物相关。在一个现实的参数空间中，我们发现当前可行实验的银河GFS的敏感性极限为$ \ Mathrm {g} _ {ϕγ} \！\！\！\ gtrsim \！\！\ mathrm {几个} \！ $ \ mathrm {g} _ {ϕe} \！\ gtrsim \！\ mathrm {少数} \！\ times \！10^{ - 12} $。我们排除仅由于信号的时间持续性，轴突耀斑与最近的Xenon1t过量的兼容性。
We treat prospects for multimessenger astronomy with giant flares (GFs), a rare transient event featured by magnetars that can be as luminous as a hundred of the brightest supernovae ever observed. The beamed photons could correlate with an axion counterpart via resonant conversion in the magnetosphere. In a realistic parameter space, we find that the sensitivity limit to galactic GFs for currently viable experiments is $\mathrm{g}_{ϕγ}\!\gtrsim\!\mathrm{several}\!\times\!10^{-13}$ GeV$^{-1}$ \& $\mathrm{g}_{ϕe}\!\gtrsim\!\mathrm{few}\!\times\!10^{-12}$. We rule out the compatibility of axion flares with the recent XENON1T excess only due to the time persistence of the signal.
