… Once a super-Penrose process occurs, the rotation of black … , and the super-Penrose process
can be at work once again. … general collisions in the super-Penrose process. Even if we do …

… large extraction of energy (the so-called super-Penrose process) in the limit when the point
of … It turns out in all three cases that states suitable for the super-Penrose process cannot be …

… Thus we showed that the most simple option for arranging the super-Penrose process
near black holes is closed. However, there are several other options. Let us enumerate them. …

We consider collision of two massive particles in the equatorial plane of an axially symmetric
stationary spacetime that produces two massless particles afterwards. It is implied that the …

… If (ii) holds, this is called the super-Penrose process (SPP). For equatorial particle motion,
we … ) to give rise to the SPP particle collision, super-Penrose process, center of mass frame. …

… with self-interaction, we investigated the super Penrose process of spinning particles in the
back… We provide a deep analysis of the super Penrose process of spinning particles and inves…

… , this is called the super-Penrose process. We elucidate when such a process is possible and
… We also discuss the case of a pure electric super-Penrose process that is valid even in the …

… Killing energy E is unbounded, this gives a so-called super-Penrose process (SPP). We show
that the SPP is indeed … We analyze two different regimes of the process on different scales. …

We consider collision of two particles 1 and 2 near the horizon of the extremal Reissner–Nordström
(RN) black hole that produces two other particles 3 and 4. There exists such a …

… By definition, this is the so-called super-Penrose process (SPP). This result was obtained
in the situation when the energy Ec.m. in the center of mass frame of two particles also grows …