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No, the universe is ever expanding and has no limit to which it can end.
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How do cycles affect the universe?
No. Universe A expands from a 'Big Bang' stops expanding, and contracts until there is a 'Big Crunch'. Then there is a new big bang and the beginning of Universe B, a middle, and another big crunch, a big bang with Universe C and so on. At the time of any 'big crunch', all matter and energy from that universe ceases to exist. It cannot manifest itself until after the next 'big bang', and then has no relation to anything in its previous manifestation.
How big is the big bang?
Now How Would We Know EXACTLY How Big It Is And/Or Was?! We Aren't That Clever You Know! ¬¬ Go Ask Alister... The big bang is still happening today, as the universe is still expanding. So the answer to this question depends on the timeframe. The big bang is as big as the universe is today. Before the big bang when all matter was contained in a singularity it was no bigger than a few microns across. Five minutes after the big bang the entire universe was the size of a golf ball. This might not seem big after five minutes, but to go from the size of a few microns to a golf ball is like going from New York to Pluto in 5 minutes.
Could the universe membrane theory and multiverse suggest that when two universes collide They create a new universe?
Yes. One possible source for the big bang that scientists have been discussing is that the big bang occurred when two membranes intersected. It is possible that our universe is the intersection of two five dimensional membranes.
Is it true that the big bang theory states the universe will never end?
No it is not true the big bang theory state the universe will never end.The big bang theory currently has 4 proposals for the final end to the universe. Which theory is correct is unclear at this time.1) The Big CrunchIf there is sufficient mass in the universe and dark energy either weakens or is insufficient to over come the gravity the universe expansion will slow, stop then the universe will start to collapse. The universe will get more and more dense until it ends in a big singularity like the big bang but in reverse.2) The Static EndIf there is just enough mass (less than the big crunch) and dark energy weakens or is insufficient to overcome the gravity. The universe will eventually stop expanding but only when the galaxies are so far apart that the gravity will be unable to contract the universe. Eventually all the stars will burn out and no new stars will be made and the universe will eventually go dark. All that will remain is radiation left over from the big bang and dead stars.3) The Big Freeze.If the is not enough mass to stop the expansion or dark energy is sufficient to keep the universe expanding. Then the universe will keep expanding for ever. Eventually the stars will all go out and the radiation from the big bang will have to fill a greater and greater area and the universe will get colder and colder. Galaxies made up of stellar remnants will move further and further apart.4) The Big RipIf there is not enough mass to stop the expansion and a lot of dark energy. The universe will expand at a faster and faster rate. As it gets faster firstly galaxies will be ripped apart. Then the star remnants will be ripped apart, then the matter will be ripped apart and even eventually space time itself will rip.
What if the universe began as a giant star Or maybe the big bang was the result of a supernova on an enormous scale The center of our universe is believe to be a black hole cause by super novas?
These are interesting conjectures, but there is no way to determine if any of them have any validity. My own favorite unprovable hypothesis is the Big Bang/Big Crunch of a cyclical universe; everything in the universe eventually falls together in a Big Crunch, reaching infinite density, and a rebound effect causes the collapsed universe to explode into a new Big Bang - to be followed some uncounted billions of years later by another Big Crunch. There's no way to prove - or to disprove - this idea, either. The truth is, for now, we do not have enough information to determine what the origin of the universe is, or what the ultimate fate of the universe will be. We may NEVER know these things.
How do cycles affect the universe?
No. Universe A expands from a 'Big Bang' stops expanding, and contracts until there is a 'Big Crunch'. Then there is a new big bang and the beginning of Universe B, a middle, and another big crunch, a big bang with Universe C and so on. At the time of any 'big crunch', all matter and energy from that universe ceases to exist. It cannot manifest itself until after the next 'big bang', and then has no relation to anything in its previous manifestation.
What will happen in the big bang?
well, the big bang is really not true there couldn't be a big bang or else a whole new universe would start again.but....if there was by chance the big bang would happen then it would swallow up all the planets and every thing around it starting a new universe(we would all be dead)
How could a new universe be created from a big crunch?
For starters, the universe was formed from a big bang not crunch.When the big bang happened a bunch of rocks and gases were in space.The rocks and gases then clumped together and then planets were formed.
Why is the big bang theory importanat?
The Big Bang Theory is important as it is the framework for understanding the Universe. The framework holds observations together and explains new observations.
What are the differences between the steadystate model of the universe and the big bang model?
The steady state model assumes that new matter is created at the universe expands, the big bang theory states that no new matter is ever created, but only changes form.
Can a second big bang happen?
Maybe. When all of humanity is wiped out god will create a new universe
Why was the big bang theory taken forward?
The Big Bang Theory and the revised Steady State Theory are similar in that they are both in compliance with the Cosmological Principle, which states that the Universe is homogeneous and isotropic in Space and Time, and the concept of an expanding universe. The Big Bang Theory and the revised Steady State Theory are different by virtue of their proposed models. The Big Bang supports interpreted observational evidence for an evolutionary expansion of the universe and rationalization for a finite age of the universe. The revised Steady State Theory promotes that new matter and energy are continuously created as the universe expands and the rationalization for an ageless universe.
After universe ends what will happen?
First, we have no information on whether the universe will end, or if it will continue in perpetuity. It's either one or the other - and yet either answer would be astonishing. Second, we have no idea how the end of the universe might come about, or what the conditions at the end time would be, or if the concept of "after the end of the universe" has any meaning at all. One interesting concept is that of an oscillating universe; a Big Bang of expansion, with gravity overcoming everything in the end and pulling every shred of matter back to itself in a "Big Crunch". This could be the prelude to another "big bang". Each universe would be completely new and unaffected by the last.
How big is the big bang?
Now How Would We Know EXACTLY How Big It Is And/Or Was?! We Aren't That Clever You Know! ¬¬ Go Ask Alister... The big bang is still happening today, as the universe is still expanding. So the answer to this question depends on the timeframe. The big bang is as big as the universe is today. Before the big bang when all matter was contained in a singularity it was no bigger than a few microns across. Five minutes after the big bang the entire universe was the size of a golf ball. This might not seem big after five minutes, but to go from the size of a few microns to a golf ball is like going from New York to Pluto in 5 minutes.
Could the universe membrane theory and multiverse suggest that when two universes collide They create a new universe?
Yes. One possible source for the big bang that scientists have been discussing is that the big bang occurred when two membranes intersected. It is possible that our universe is the intersection of two five dimensional membranes.
According to the Big Bang Theory how have the density and temperature of the universe changed over time?
The "big bang" theory is still relatively new. British astronomer Sir Fred Hoyle came up with the term "big bang" as a derogatory term in the 1950's, because Hoyle was a life-long believer in the "steady state" theory of the universe.
Did stars older than the universe create a black hole that resulted in the big bang?
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.
