Comment by Jerrrrrrry
Comment by Jerrrrrrry 3 days ago
both objects have a space cone that is overlapping - since they can observe each other, but also have a small bit they xor can observe, since they are a spatialtime distance apart.
regardless, once they are inside the event horizon, their spacetime ends in a "singularity" - that only they experience, since everyone else just saw an ever-slowing couple of observers that never quite reached the event horizon (to the outside observer, who would eventually be either iron or protons, depending if God had decided if they protons should decay or not yet)
i was just pointing out cone versus cylinder, since the black holes' effect is polynomial af
> both objects have a space cone that is overlapping
Again, I don't know what you mean by this, but it doesn't look like any actual physical model that I'm aware of.
> i was just pointing out cone versus cylinder
The cylinder I referred to is the outgoing side of the light cones at the horizon. The horizon itself is a lightlike surface. So the distinction you appear to be trying to draw here is simply invalid for a black hole horizon.