… We conjecture that this behavior—namely, black-hole formation with … Our simple system
may provide insight into the formation of null singularities inside spinning or charged black holes …

… to known features of models of black-hole interiors—which describe the … simple system
may provide insight into the formation of null singularities inside spinning or charged black holes…

… We conjecture that this behavior — namely black-hole formation with … simple system may
provide insight into the formation of null singularities inside spinning or charged black holes in …

… null geodesics turn around near the singularity. For collapse from large radius, by contrast
(figure 12), outward null … away from the vicinity of the singularity up to the time our integrations …

… settling down to Reissner–Nordström in spherical symmetry, as proven in [15, 38]; at the
heuristic level, this phenomenon is explained by the repulsive mechanism provided by the …

… of the singularity problem for the Schwarzschild black hole could be … , when the metric takes
the simple AdS2 × S 2 form, we … , we start from the geodesic equation together with the null-…

… The evolution of this matrix gives the matrix form of null … ’s singularity theorem on Black-Hole
and have commented on the characteristic of the Raychaudhuri matrix at the singularity. The …

… explained in … null singularities in spherically symmetric toy models, one could still hold out
hope that the vacuum Einstein equations (2) do not allow for the formation of such singularities …

… , because the spacelike and null cases add yet another level … , and the status of mathematical
models of physical systems in … represent a simplified model of a system formed by ignoring …

… non-radial null geodesics emanating from the singularity, they were … a simple accretion
model and compute images, which we use to examine how black holes and naked singularities …