Motion of particles near a magnetized tidal charged black hole

This paper is devoted to study the effects of tidal charge on the motion of both neutral as well as charged particles around a magnetized tidal charged black hole. We analyze the innermost stable circular orbits and conditions for escape velocity. In order to discuss stability of orbits, we explore Lyapunov exponent and effective force on the particle. The center of mass energy of the interacting particles is studied in the presence/absence of external magnetic field. We conclude that the external magnetic field as well as tidal charge has a great influence on the particle's motion.