I Entanglement may reveal more about black holes? ...Even micro ones!

[jaketodd]

Could an entangled particle (or larger entangled object), sent into a black hole, reveal anything new about black holes, with the connected entangled partner outside the black hole? Can entanglement escape the singularity and communicate with its partner?

I've heard the singularity is a rip in spacetime. If the entangled constituent in the black hole goes through this rip, can it still communicate with its entangled partner? Could it communicate what it sees on the other "side"? Like a system of entangled constituents that can report back intelligently?

If it stops communicating with its partner, does that mean that it is on the other "side" and is cut off? Or maybe the incredible gravity and compacting, collapsed it to determine the state of its partner? But if it doesn't collapse its partner to a state, then that would imply that indeed it has gone on to the other "side"!

I know that there have been "micro black holes" created in particle accelerators. So maybe we don't have to send anything into deep space, in order to answer these questions!

https://scholar.google.com/scholar?q=hadron+collider+microscopic+black+hole+signatures

https://scholar.google.com/scholar?q=black+hole+wormhole

 

[Vanadium 50]

I've heard the singularity is a rip in spacetime.

Where? Sounds like a popularization trying to be clever. A singularity is a mathematical object, not a physical one.

If it stops communicating with its partne

There is no communication in entangled pairs. Where are you getting this?

I know that there have been "micro black holes" created in particle accelerator

There have not.

It will be hard to converse sensibly because many of the assumptions are not correct.

 

[PeterDonis]

I've heard

Where? Please give a specific reference.

the singularity is a rip in spacetime

That's not correct.

I know that there have been "micro black holes" created in particle accelerators.

No, there haven't.

 

[PeterDonis]

Could an entangled particle (or larger entangled object), sent into a black hole, reveal anything new about black holes, with the connected entangled partner outside the black hole?

This is a valid question, and could have been your entire OP, since pretty much everything else in the OP is based on invalid assumptions, as @Vanadium 50 has pointed out.

The answer to the question just quoted above is that we don't know, because we don't have a theory of quantum gravity and we have no prospect of running any experiments in this domain any time soon. So anything anyone says on this topic is speculation at this point.

 

[PeterDonis]

anything anyone says on this topic is speculation at this point

And with that, this thread is closed.