I believe there is a differentiable singularity in the center followed by layers of energy which slowly leak into the lower levels of energy. The photon ring being the farthest followed by the density of the energy that collapses inward. Iron at the center etc out ward
Boyer-Lindquist coordinates in the Kerr metric predicts that because the existence of the Cauchy horizon (location: r_ = M - sqrt//M^2 - a^2), the Cauchy horizon increased in going and out going matter’s energy densities exponentially high due to blueshift effects, as a massless test particle (photons, in this case) in null geodesics approaches the inner Cauchy horizon, I made an equation describe the energy density progressive increase through this equations as: E(lambda) = Eo x e^k + (lambda) E(lambda) = energy densities are approaching the Cauchy horizon, described in affine parameter (lambda) Eo = initial energy density of the test particle before approach K+ = surface gravity This would result in mass inflation instability due to null perturbation as energy densities approach infinity as r of a test particle is located at r_ making the singularity extremely unstable or may result in a weak, light-like singularity.
This makes them not infinite but still differentiable also, if entanglement is information how does that change the information on the boundary? Would it then mean that information is volume instead of holographic?
Everything about blackholes are made to be studied and visualised through time. The black hole tube is timeless and 1 dimensions but by billion times of the speed of light in motion. Motion in timeless space you cant call it. Cause space needs time for human brain
Signgularities are not real. In reality what's finite cannot become infinite. At the end of the funnel there are the remainings of the collapsed star. (Just read Carlo Rovelli's last book for more info)
I believe there is a differentiable singularity in the center followed by layers of energy which slowly leak into the lower levels of energy. The photon ring being the farthest followed by the density of the energy that collapses inward. Iron at the center etc out ward
Boyer-Lindquist coordinates in the Kerr metric predicts that because the existence of the Cauchy horizon (location: r_ = M - sqrt//M^2 - a^2), the Cauchy horizon increased in going and out going matter’s energy densities exponentially high due to blueshift effects, as a massless test particle (photons, in this case) in null geodesics approaches the inner Cauchy horizon, I made an equation describe the energy density progressive increase through this equations as: E(lambda) = Eo x e^k + (lambda)
E(lambda) = energy densities are approaching the Cauchy horizon, described in affine parameter (lambda)
Eo = initial energy density of the test particle before approach
K+ = surface gravity
This would result in mass inflation instability due to null perturbation as energy densities approach infinity as r of a test particle is located at r_ making the singularity extremely unstable or may result in a weak, light-like singularity.
This is were we should be using quantum computers
Penrose “black holes” is spacetime outside of your causal frame of observation that’s it
This makes them not infinite but still differentiable also, if entanglement is information how does that change the information on the boundary? Would it then mean that information is volume instead of holographic?
Well you don't know until someone or something falls into one. like a robot you built.
There are days when I wake up feeling like the arse end of a black hole
Hello
Everything about blackholes are made to be studied and visualised through time. The black hole tube is timeless and 1 dimensions but by billion times of the speed of light in motion. Motion in timeless space you cant call it. Cause space needs time for human brain
Signgularities are not real. In reality what's finite cannot become infinite. At the end of the funnel there are the remainings of the collapsed star. (Just read Carlo Rovelli's last book for more info)