# Collision of particles near charged MSW black hole in 2 + 1 dimensions

## TL;DR

This paper investigates particle collisions near the horizon of a charged MSW black hole in 2+1 dimensions, analyzing geodesics, energy, and orbital radii to understand high-energy phenomena.

## Contribution

It provides a detailed analysis of particle dynamics, energy, and orbit radii near charged MSW black holes, including collision energy calculations in 2+1 dimensions.

## Key findings

- High center-of-mass energy achievable near the horizon.
- Determination of ISCO and MBCO radii for charged MSW black holes.
- Analysis of geodesic properties for null and time-like particles.

## Abstract

Here, we explore the dynamics of particle near the horizon of charged Mandal-Sengupta-Wadia (MSW) black hole in 2+1 dimensions. It results analysis of angular momentum and potential energy for null and time-like geodesics. We also appraise the high center-of-mass energy of coming particles from rest at infinity near the horizon of the charged MSW black hole in 2+1 dimension for the extremal case. Finally, we study the ISCO and MBCO radii for this type of black hole.