I aim to explore whether black hole rotation, particularly at near-extremal speeds, could influence large-scale spacetime structures in a way that ties into cosmic birth scenarios. The key idea is whether extreme frame-dragging could distort space-time sufficiently to create pathways—or even a transition phase—leading to new universes.
Some theoretical work suggests that ultra-fast spin could push a black hole toward a toroidal configuration rather than a purely spherical singularity. If this process exists, could it provide a mechanism that allows energy and information to escape or reorganise, resembling early universe conditions?
There is the unresolved question of whether naked singularities, if they form in nature, might have implications for inflationary models. In essence, is a black hole at extreme spin more than a gravitational endpoint—could it instead be a cosmic rebirth mechanism?
Would love to hear your thoughts! If you have any references or theoretical constraints that challenge or reinforce this idea, I’d be interested in exploring them."
Some theoretical work suggests that ultra-fast spin could push a black hole toward a toroidal configuration rather than a purely spherical singularity. If this process exists, could it provide a mechanism that allows energy and information to escape or reorganise, resembling early universe conditions?
There is the unresolved question of whether naked singularities, if they form in nature, might have implications for inflationary models. In essence, is a black hole at extreme spin more than a gravitational endpoint—could it instead be a cosmic rebirth mechanism?
Would love to hear your thoughts! If you have any references or theoretical constraints that challenge or reinforce this idea, I’d be interested in exploring them."