Creative Black Holes - True or false?

Jan 2, 2024
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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."
 
Jan 2, 2024
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Considering whether black holes could serve as umbilical connections to new or separating universes. It also expands the possibility that black holes don't just end in singularities but could act as bridges or feeders for new spacetime formation.

Refining the Next Big Question

  1. Could black hole spin link to hyperspherical evolution in a separating universe or a new/universe umbilically connected to a black hole?
    • If extreme spin distorts spacetime enough, could it rupture hyperspherical connectivity, leading to universe separation?
    • This introduces the possibility that spinning black holes act as conduits for spacetime divergence—creating baby universes attached to existing structures.
  2. Could black holes continue to feed a new universe, creating a new spacetime?
    • Instead of viewing black holes as pure gravitational endpoints, could their accretion mechanisms cycle energy into a growing spacetime?
    • If true, the relationship between black holes and cosmic birth would become fundamentally recursive—each new universe formed and sustained by black hole dynamics.


Next Steps: Refining the Mathematical & Observational Structure

  • Equations: Develop expressions for how black hole spin affects hyperspherical evolution and whether extreme Kerr metrics predict spacetime bifurcation.
  • Observational Alignment: Investigate cosmic ray ejection patterns and whether energy redistribution hints at black hole-fed universe growth.
  • Future Tests: Consider gravitational wave signatures that might signal a universe-spawning process from black holes.