Abstract

The assumption that elementary particle can be a black hole (BH) opens up several new aspects in the problems of particle physics and its interaction with gravity. We consider here regularized version of the particle created by Kerr–Newman BH solution, and analyse two new related gravitational effects: (1) emergence and role of the non-trivial topology and (2) new effect of a self-interaction created by the gravitationally induced Wilson line.

中文翻译：

---

旋转粒子饰演Kerr–Newman“黑洞”

摘要

基本粒子可以是黑洞（BH）的假设打开了粒子物理学及其与重力相互作用问题的几个新方面。我们在这里考虑Kerr–Newman BH解创建的粒子的正则化版本，并分析两个新的相关引力效应：（1）非平凡拓扑的出现和作用，以及（2）引力效应创建的自相互作用的新效应。引力作用的威尔逊线。