Is the universe a larger version of a black hole?

In summary, the conversation discusses the possibility of outflows from the poles of a universal black hole and the potential for the black hole's dark energy emission to cause particles to accelerate outward. It also questions if the timeline is measured by time and distance from the black hole. The conversation also touches on the concept of dark flow and whether or not the universe can be considered a larger version of a black hole. However, these questions are deemed nonsensical and against the rules of the Physics Forums. As a result, several posts have been removed and the thread has been closed.
  • #1
Could there be outflows associated with the poles of a universal black hole? Could the pressure associated with the black hole’s dark energy emission cause particles of matter to form and accelerate outward? Is the timeline the time and distance from the black hole?

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Is this the cause of dark flow?

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  • #2
Is the universe a larger version of a black hole?
It is not. A black hole is an object in space, the universe is not.
Jim Stanley said:
Could there be outflows associated with the poles of a universal black hole? Could the pressure associated with the black hole’s dark energy emission cause particles of matter to form and accelerate outward? Is the timeline the time and distance from the black hole?
Those questions do not even make sense.
 
  • #3
Several posts supporting a personal theory in violation of the Physics Forums rules and citing pop-sci sources not acceptable under the Physics Forums rules have been removed from this thread.

The thread is closed.
 
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Likes Battlemage!

1. Is there any evidence to support the theory that the universe is a larger version of a black hole?

While there is currently no definitive evidence, there are some interesting similarities between black holes and the universe. For example, both have an event horizon and are surrounded by an infinite amount of mass. However, more research and observations are needed to confirm this theory.

2. What would be the implications if the universe was indeed a larger version of a black hole?

If the universe was a larger version of a black hole, it would mean that our understanding of the laws of physics would need to be revised. It could also have implications for the fate of the universe and the possibility of traveling through space-time.

3. Can a black hole eventually become a universe?

Theoretically, it is possible for a black hole to become a universe, but it would require a significant amount of time and mass. Additionally, it would need to avoid evaporating through Hawking radiation, which is currently only a theoretical concept.

4. How does the concept of a black hole being a singularity relate to the idea of the universe being a larger version of a black hole?

The idea that a black hole is a singularity, a point of infinite mass and density, is a key component of the theory that the universe is a larger version of a black hole. It suggests that the universe may also have a singularity at its center, which could potentially explain the expansion of the universe.

5. What is the role of gravity in the theory of the universe being a larger version of a black hole?

Gravity plays a crucial role in the theory that the universe is a larger version of a black hole. It is the force that holds matter together in a black hole and is also responsible for the expansion of the universe. The theory suggests that the gravitational pull of matter in the universe could eventually cause it to collapse in on itself, similar to a black hole.

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