Find the universe point of origin based on location of cellestrella bodies?

In summary, the universe started at a point and has been expanding since. There is no center or edge to 3D space and each grid point can see itself as stationary and see all other points expanding away from it.
  • #1
whatzzupboy
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Can we find...

Is it possible for us to find the universe point of origin based on location of cellestrella bodies? If so how? If not why?
 
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  • #2
No. Everything in the universe started at the same 'location' [big bang] then moved apart. No matter where you are in the universe now, it appears you are still at the center. Why? Because everything you look at appears to be moving away and the recession velocity solely depends on it's distance, not direction. The universe is also homongenous. Matter is not preferentially distributed in any direction.
 
  • #3
But if it was created by an explosion then why can't we take surronding glaxie's distanc from us and the speed there movie as well as the direction and work backwards? Oh and why do we think of our universe as infinite space if it is only going to collaps sooner or later. And at what speed is our universe expanding at?
 
  • #4
The Big Bang was not an explosion of stuff into space. It was the rapid expansion of all space. As such, there is no center or edge to 3D space. Imagine an infinite grid. Now make each grid square/cube twice as big. In that one instant (let’s call it a second), grid point “A” saw its neighboring grid point (point B) take 1 step away (1 step in 1 second)…but a grid point located 2 away (point C) took 2 steps in that same (2 steps in 1 second)…and so on.

Two key concepts to understand:

(1) The farther away someone at point A looks, the faster things appear to be expanding (even though the overall grid has a constant expansion).
A-B-C (start…B is 1 dash away from A and C is 2 dashes away)
A - -B - -C (one expansion step…now B is 2 away and C is 4 away…twice as far in the same second)

(2) Each grid point can see itself as stationary and see all other points expanding away from it.
(point A sees point C moving 4 dashes away, but C sees point A moving 4 dashes away)

If the Big Bang was an explosion of stuff into empty space, then yes, you would expect to see a preferred direction (in this case, our imaginary grid would not have parallel lines…they would converge back to 1 point). But what we actually see is no preferred direction of expansion.

The rate of expansion is expressed by the Hubble Constant...something around 70 kilometers per second per megaparsec...so something 1 megaparsec away from us appears to be receeding 70 kps from us and something 2 megaparsecs away appears to be receeding 140 kps from us, etc.

If the universe is indeed infinite, then it won't collapse. It would expand forever. If the universe was finite, then gravity would pull it all back into a Big Crunch. Still lots of ongoing research to determine whether the universe is infinite or not.
 
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  • #5
whatzzupboy said:
Is it possible for us to find the universe point of origin based on location of cellestrella bodies? If so how? If not why?
Another way of saying what Chronos and Phobos have admirably said is "your heart, whatzzupboy, is exactly the point of origin of the universe; you are truly special." Now before you get too high on this thought, remember that it's equally true of all hearts in the universe, whether they be homo sap. hearts or the heart at the core of every one of the 10>80 baryons.
 

Related to Find the universe point of origin based on location of cellestrella bodies?

1. What is the significance of finding the universe point of origin?

The universe point of origin is the location where the Big Bang, the event that created the universe, is believed to have occurred. By determining this point, scientists can gain a better understanding of the origin and evolution of the universe.

2. How do scientists locate the universe point of origin?

Scientists use a variety of methods, such as studying the cosmic microwave background radiation, the oldest light in the universe, and mapping the distribution of galaxies, to locate the universe point of origin. They also consider the motion and direction of celestial bodies to determine their original starting point.

3. What is the role of celestial bodies in determining the universe point of origin?

Celestial bodies, such as stars, galaxies, and quasars, play a crucial role in determining the universe point of origin. By studying their positions and movements, scientists can trace back their origins to a single point, which is believed to be the universe point of origin.

4. How accurate is the current understanding of the universe point of origin?

While scientists have made significant progress in locating the universe point of origin, our current understanding is still limited due to the vastness and complexity of the universe. As technology and research continue to advance, our understanding of the universe point of origin will also improve.

5. What are the potential implications of finding the universe point of origin?

Discovering the universe point of origin could have significant implications for our understanding of the universe and its origins. It could help us answer fundamental questions about the nature of the universe, the laws of physics, and the existence of other universes. It could also lead to new scientific breakthroughs and advancements in our technology.

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