论文标题
标准模型中毛茸茸的磁性黑色孔
Hairy Magnetic and Dyonic Black Holes in the Standard Model
论文作者
论文摘要
标准模型和一般相对论研究了带有磁性电荷$ q = 2 $的球面对称磁和对照黑孔。一个磁性充电的黑洞，质量低于$ 9.3 \ times 10^{35} $ gev在活动视野外的“毛茸茸”的electroweak量规和希格斯字段的大小为$ 1/m_w $。极端磁性黑洞的头发质量为3.6 TEV，而极值敌对黑洞的质量为$ q^2 \ times 1.6 $ GEV，用于小电荷$ q \ ll2π/e^2 $。具有整数电荷的毛茸茸的二射黑洞不稳定，并且会腐烂成磁性的式费米子。另一方面，毛茸茸的磁性黑洞可以通过鹰辐射变成一个近乎极端的辐射，该辐射在宇宙学上稳定且值得搜索的对象。
Spherically symmetric magnetic and dyonic black holes with a magnetic charge $Q=2$ are studied in the Standard Model and general relativity. A magnetically charged black hole with mass below $9.3\times 10^{35}$ GeV has a "hairy" cloud of electroweak gauge and Higgs fields outside the event horizon with $1/m_W$ in size. An extremal magnetic black hole has a hair mass of 3.6 TeV, while an extremal dyonic black hole has an additional mass of $q^2 \times 1.6$ GeV for a small electric charge $q \ll 2π/e^2$. A hairy dyonic black hole with an integer charge is not stable and can decay into a magnetic one plus charged fermions. On the other hand, a hairy magnetic black hole can evolve via Hawking radiation into a nearly extremal one that is cosmologically stable and an interesting object to be searched for.
