论文标题
谐振轴承卤素对量子电磁动力学的敏感性
Sensitivity of Resonant Axion Haloscopes to Quantum Electromagnetodynamics
论文作者
论文摘要
最近，我们两个人[arxiv：2205.02605 [hep-ph]]重新探讨了推定轴和磁单孔之间的相互作用。已经表明，由于这些相互作用而产生了对常规轴支电动力学的显着修改，因此轴突 - 光子耦合参数空间从一个参数$ g_ {aγγ} $扩展到三$ g_ {ag_ {aγγ}，g_ {aab}，g_ {aab}，g__ {abb}）$。我们实施了poynting定理，以确定如何使用共振卤素对$ g_ {aab} $和$ g_ {abb} $表现出敏感性，从而使新技术可以搜索轴线以及一种间接方法来确定是否存在磁性物质。
Recently interactions between putative axions and magnetic monopoles have been revisited by two of us [arXiv:2205.02605 [hep-ph]]. It has been shown that significant modifications to conventional axion electrodynamics arise due to these interactions, so that the axion-photon coupling parameter space is expanded from one parameter $g_{aγγ}$ to three $(g_{aγγ},g_{aAB},g_{aBB})$. We implement Poynting theorem to determine how to exhibit sensitivity to $g_{aAB}$ and $g_{aBB}$ using resonant haloscopes, allowing new techniques to search for axions and a possible indirect way to determine if magnetically charged matter exists.
