… collisional Penrose process (CPP) using spinning particles in … the collision between two
spinning particles can produce a … the colliding particles as well as the escaping particles may …

… Penrose process of spinning test particles in an extreme Kerr black hole. We consider that two
particles plunge … For the collision of two massive particles, if the spins of particles are s1 ≈ …

… spin particles. We provide a deep analysis of the super Penrose process of spinning particles
and investigate the dependence of the impact factor and the turning point on the spin s. We …

… spinning particles via the collisional Penrose process is monotonously increasing with the
spin of the particles, … This tells us that the spin of the particle plays a similar role in the process, …

… the collisional Penrose process in term of the escape probability for the spinning particle.
To that end, we first studied the law of the escape probability for the spinning particle around …

… the Penrose process with the charged particles in the Reissner-Nordström background. Let
parent particle 0 decay to particles 1 and 2. With the assumption that all three particles move …

… , and the radiative Penrose process connected with charged particles radiating in the …
Penrose process, concentrating attention to the extreme regime of the magnetic Penrose process …

… We analyze the collisional Penrose process between a particle on the innermost stable …
particle impinging from infinity. We consider both cases with non-spinning and spinning particles. …

… for the classical Penrose process of a single particle decay. … of spin, as all these photons
come from plunging particles … of spin in generating high-efficiency, extreme Penrose process …

… exist particle orbits of negative energy states relative to infinity. This is the key property that
drives Penrose process … The process of charging of a black hole due to spin-induced effect in …