Will this universe will End?

Answer 1

no it never will. mankind may end but the universe is infinite.

Answer 2

Eventually. Some people say since the universe is ever expanding that it won't end. But as it expands the gravity of the universe will begin to weaken. Also as it expands it will begin pulling galaxies farther and farther apart further weakening gravity. Eventually the entire universe will slow down to where everything in it stops working. Then the universe will implode on itself and become what is called a singularity. I believe when this happens the entire "Big Bang" will start all over again and a new universe will be born.

Answer 3

1. All that was created must come to an end.
2. Notice that many natural phenomena are cyclic in nature.
3. At present Universe is said to be expanding as a consequence of 'Big bang' that created the Universe which is known to us. A time may come when the process will get reversed
THEN UNIVERSE WHICH WE KNOW WILL COME TO A NATURAL END

Answer 4

The universe has a finite amount of mass which was, during the time of the hypothetical big bang, condensed into a infinitely small volume of infinitely large density. since the universe is supposed to be continually expanding radially and in the space time continuum it always moves forward. since over a sufficient period of time the universe attains an infinite ' volume'

and since the energy of the universe is also finite ( E= mc2)
the distribution of heat energy ( the predominant form of energy in the universe) has to occur over an infinitely large volume this results in the subsequent cooling of the entire universe. this results in the approach of all finite entities of the universe towards absolute zero. at this temperature all movement of molecules and atoms ceases and the universe just sort of ' freezes up' and this can be considered as the Heat death of the universe and the answer to your question would be yes the universe will end .

Answer 5

Once upon a time, 20 billions of years ago, all matter
(all elementary particles and all quarks and
their girlfriends- antiparticles and antiquarks,
all kinds of waves: electromagnetic, gravitational,
muons… gluons field ….. etc.) – was assembled in a “single point”.
It is interesting to think about what had surrounded the “single point”.
The answer is :
EMPTINESS- NOTHING….!!!
Ok!
But why does everyone speak about EMPTINESS- NOTHING in
common phrases rather than in specific, concrete terms?
I wonder why nobody has written down this EMPTINESS- NOTHING in
the form of a physical formula ? You see, every schoolboy knows that
is possible to express the EMPTINESS- NOTHING condition
by the formula T=0K.
* * *
Once there was a “Big Bang”.
But in what space had the Big Bang taken place
and in what space was the matter of the Big Bang distributed?
Not in T=0K?
It is clear, that there is only EMPTINESS, NOTHING, in T=0K.
Now consider that the Universe, as an absolute frame of reference is
in a condition of T = 2,7K (rests relic radiation of the Big Bang ).
But, the relic radiation is extended and in the future will change and decrease.
What temperature can this radiation reach?
Not T=0K?
Hence, if we go into the past or into the present or into the future,
we can not escape from EMPTINESS- NOTHING T=0K.
Therefore it is necessary to begin to think from T=0K.
===== ========
About the theory of the “Big Bang” is written the thick (very thick) books.
But anywhere do not write about the reason of the “Big Bang”.
Anybody does not know it.
I know.
Action, when the God opens his palm,
have named the “Big Bang”.
And action, when the God compresses his palm,
have named " a single point”.
===========================
http://www.socratus.com

Answer 6

Since the BIG BANG, the universe is expanding very rapidly and it can stop and can contract into very small just like a star. A star expands and contracts and becomes a black hole and it may die also. So the universe will also have a end but it is very far from now.

Answer 7

Yes, they're are 5 wide spread hypothesis:

The Big Freeze: The theroy that the Universe will become to cold to sustain life due to the expansion.

Heat Death: Soon, all the hydrogen will be depleted and no stars will beable to form. Soon after, all protons will decay. Blackholes will desintigrate, thus leaving the only energy sources to be photons.

Big Crunch: The Unverse will collapse in on itself after expansion has stopped.

Big Rip: The Universe expands to the extent that all atoms rip themselves apart.

Answer 8

If you mean in a big crunch, then it will not. The end of the Universe will come somewhere 15 billion years from now when matter begins to break down.

Answer 9

According to the current standard model, the universe will never 'end', however, the expansion of the universe will continue until the stars are so far apart that their light will never reach us, and eventually, the atoms of all matter will become so far apart that the universe will grow increasingly colder and darker. It won't end but there won't me much happening either.

Answer 10

Our universe is apparently 15billion years old, therefore we can see 15 billion light years of it in every direction. The reason we can't see more of it is because the light (or anything else for that matter) beyond that distance has not had time to reach us. Who says the universe is not infinite then? How could we know? My bet is that if you could travel, say 10 billion light years from earth, you would be able to see 15 billion light years of stars and galaxies in every direction...and if space is infinite, then so is time.

Answer 11

The universe is ever expanding, so it will not collapse back upon itself and end.

The eventual fate is that stars form and burn out. The fate of a star when it burns out variess with its size. Larger stars will collapse into black holes when they burn out. The number of black holes will increase. As the stars disappear/burn out and matter is sucked into black holes the universe will grow darker and colder, eventually reaching a point of no light (no more stars) and near absolute zero temperatures, with the universe being composed of black holes and some scant paricles and bodies escaping the black holes by expanding with the universe.

The time frame becomes somewhat unpreditable and irrelevant in its longevity, and is no where near
-stars are still being formed
-most existing stars are no where near their end
-most of the mass in the universe is still dark matter, free floating particles that have yet to be formed into stars
-the large distances make the movement of matter towards black holes a very long and slow process