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The unified force singularity described in the beginning...?
The unified force singularity described in the beginning would of exerted how much more force on it's singularity rather that our normal black hole singularities governed by gravity alone.
My reasoning for this question is from the fact that all the other forces are so much stronger, wouldn't this mean that the forces acting on that singularity would of been stronger.
I was kind of hoping to hear your thought as to what it implies, but that's up to you.
ten points to who ever... I always pick a best answer out of respect for people taking there time for me....thanks
3 Answers
- PaulaLv 78 years agoFavorite Answer
It is only a hypothesis that there was a singularity involved in the big bang.
And in any case, in our universe, gravitational force is a product of mass and distance.
And initially we think that gravity was coupled in the unified force.
We think we have a pretty good grasp of how gravity and black holes interact in our universe.
We can't equate the two scenarios, because we do not know the nature of the unified force. The Large Hadron Collider is a step toward understanding this.
I suggest you read this :
- 8 years ago
Normal black holes are not governed by gravity alone. In any black hole, all forces are unified at the singularity. Of course, be may not know that for certain because no one knows to what extent the laws of physics break down at the quantum level of the singularity. However, it's my understanding of string theory that at the singularity of a black hole, quantum strings stop vibrating and since the forces of nature, as well as all matter and energy in the universe are thought to be composed of strings, then in that sense, all the strings are then set at a unified vibration of 0. And thus, all forces are unified.
- 8 years ago
Hmmm.
And did I see a similar question recently from you about the same material?
Who was there back in the beginning to describe the unified force singularity?
How do we know it would have exerted much more force? Our mathematical models break down as they approach the time of the big bang (It is a divide by a very small number, which keeps getting smaller as we approach T-0, so the results of the division are very large and indeterminate.)
