Ultrahigh energy particle collisions near many-dimensional black holes: general approach

TL;DR

This paper demonstrates that the Banados-Silk-West (BSW) effect, where particle collision energy near a black hole horizon becomes unbounded, is a universal phenomenon extending to many-dimensional black holes like Myers-Perry.

Contribution

The study generalizes the universality of the BSW effect to a broad class of higher-dimensional black holes without relying on specific metric properties.

Findings

BSW effect occurs in many-dimensional black holes.

Universality of the effect does not depend on metric separability.

Applicable to black holes like Myers-Perry.

Abstract

If two particles moving towards a black hole collide near the horizon, their energy in the centre of mass frame can grow unbounded. This is the so-called Banados - Silk - West (BSW) effect. Earlier, it was shown that in the 3+1 space-time this effect has a universal nature. We show that for a wide class of many-dimensional black holes (including, say, the Myers-Perry black hole) this is also true. The suggested analysis is general and does not require special properties of the metric like separability of variables for geodesics, etc.