No. The Big Bang was an event, not a material thing. (There are plenty of other ways in which it is utterly unlike a black hole as well.)
Actually one interpretation of the big bang is as a white hole, the inverse of a black hole.
scientists think that the Big Bang which generated the univerese waas the consequence of the explosion of a massive black hole. so the big bang
no black holes are stars
I think the big bang caused the black hole which pulls everything in including light.
If there is no black hole, then no Universe, we will not be exist. That's why there is a Big Bang. The Universe started off with a Big Bang from a black hole. Though if you want to know what happens before our Universe, then you need to study 'String Theory' and the 'M theory'.
The Big Bang theory does indeed suggest that the begining of the Universe was a singularity - an infintesimally small region where the entrie Unverse was concentrated. A singularity is also thought to be at the centre of a black hole.
If a black hole "sucked" in all the surroundings (The Universe) then it would be the term "Big Crunch" where all matter is returned to the state prior to the Big Bang.
Big Bang: When space started. Gas, dust and rock particles explode from it and eventually forms celestial bodies. Black Hole: When a star dies or loses its brightness, develops into a dead star or a black hole.
No - nothing can escape a black hole - not even light. Black Holes are found in space - the Big Bang didn't happen in space, it created space.
It is a possibility that the Universe resulted from a black hole, and that black holes in our own Universe result in new universes. But all this is extremely speculative.
The Big Bang almost certainly did occur.A singularity, on the other hand - whether it is the singularity of the Big Bang, or the singularity in a black hole - probably indicates that something is incomplete in our current understanding of physics.
It's possible that some "primordial" black holes were created from local density fluctuations immediately after the big bang, though we don't know of any that are so small that they could only have been formed in this way.