Alex Vilenkin's paper about black holes and the multiverse

In summary, the blog post discusses a paper by Alex Vilenkin, Jaume Garriga, and Jun Zhang about the possibility of black holes containing inflating universes. This paper proposes the idea that black holes may hide baby universes and could be connected to our universe through wormholes. The authors also suggest that astronomers may soon be able to find evidence to confirm this concept and that it could be the first way to prove the existence of an inflationary multiverse. The paper also explores the idea that black holes could have seeded supermassive black holes and could even comprise dark matter. The paper is almost 50 pages long and is titled "Black Holes and the Multiverse".
  • #1
David Neves
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What do you think about the following blog post about a recent paper by Alex Vilenkin about the possibility of black holes containing inflating universes?

http://fqxi.org/community/forum/topic/2589
 
  • #3
Below is the first paragraph of a blog post by Zeeya Merali about a recent paper by Alexander Vilenkin about the possibility of black holes containing inflating universes.

It’s hard to say what’s the most exciting element of this new paper on parallel universes, the inflationary multiverse, and black holes, by Tufts cosmologist (and FQXi member) Alex Vilenkin and colleagues. Is it the idea that black holes hide baby universes inside them — inflating their own spacetimes — connected to our universe by wormholes? Could it be that, according to the authors, astronomers may soon be able to find evidence to confirm this crazy notion? Perhaps it’s the fact that this paper could be presenting the first way to find definitive evidence that an inflationary multiverse of parallel worlds exists. Oh yes, and the authors also say that such black holes could have seeded supermassive black holes — the origin of which remains a mystery — *and*, in some of the scenarios they’ve looked at, they could comprise dark matter, the invisible stuff that makes up most of the matter in the universe.

Phew! No wonder the paper by Vilenkin along with Jaume Garriga, at the University of Barcelona, and Jun Zhang also at Tufts, is almost 50 pages long! (”Black Holes and the Multiverse” arXiv:1512.01819v2.)
 

FAQ: Alex Vilenkin's paper about black holes and the multiverse

What is Alex Vilenkin's paper about black holes and the multiverse?

Alex Vilenkin's paper, titled "Predictions from Quantum Cosmology," explores the idea that our universe may be just one of many in a larger multiverse, and how this theory relates to black holes.

How does Vilenkin's paper contribute to our understanding of black holes?

Vilenkin's paper proposes that the formation of black holes may be a mechanism for creating new universes in the multiverse, and that the properties of these universes may be influenced by the black holes in which they were born.

What evidence supports Vilenkin's theory of the multiverse?

Vilenkin's theory is based on the principles of quantum mechanics and the laws of physics, as well as observations of the cosmic microwave background radiation and the behavior of particles in the early universe.

How does Vilenkin's theory of the multiverse differ from other theories?

Vilenkin's theory is unique in that it proposes that the multiverse is constantly expanding and creating new universes, rather than existing as a static or predetermined collection of parallel universes.

What are the potential implications of Vilenkin's theory for our understanding of the universe?

If Vilenkin's theory is correct, it could have major implications for our understanding of the origin and structure of the universe. It also opens up the possibility of other universes with different physical laws and properties, which could have implications for our own universe and its fate.

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