Exploring the Possibility of a Black Hole Tornado

In summary, The conversation discusses the concept of black holes and the possibility that they are simply extreme tornadoes caused by the compression of matter and extreme temperatures. However, there is no definite answer as scientists are still working on understanding quantum gravity and resolving infinities in mathematical models.
  • #1
TheSnitch
1
0
I'm not well versed in math and have never even been in a physics classroom let alone taken a class. But, I do have a question.

So no one, to my knowledge, knows exactly what's in the center of a black hole or how they really work.

If you look at nature, many situations are simply carbon copies of other situations in other parts of nature. Kinda like the Golden Ratio.

So my question is: Is it possible that a black hole is simply a tornado in a vacuum, albeit a very complex and extreme tornado. In further explanation; a tornado is caused by low pressure and high pressure systems, hot and cold meeting - thus the hot air rises and the cold air rushes into take it's place thus creating a vortex.

Is it possible that the center of a black hole is where matter is so quickly and infinitely compressed that it causes absolute zero and Planck temperature to exist within the same space? Creating the great gravitation force but also causing a type of polarization that keeps these temperatures apart even within such gravity.
 
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  • #2
Is it possible? No one can say. It is only possible in the sense that since we don't know what CAN happen inside a black hole, we can't say what isn't possible.
 
  • #3
Many scientists question the physicality of gravitational singularities [points of infinite density] in nature. The appearance of infinities in mathematical models is generally regarded as a defect in theory. For example, infinities routinely appear in quantum theory and are resolved using a technique called renormalization. We are still working on renormalization of gravity - a solution commonly referred to as quantum gravity.
 

1. What is a black hole tornado?

A black hole tornado, also known as a rotating black hole, is a theoretical phenomenon where a black hole's extreme gravitational forces cause the surrounding space and matter to swirl in a spiral motion, similar to a tornado.

2. Can black hole tornadoes actually exist?

While there is no direct evidence of a black hole tornado, the laws of physics suggest that they are a possibility. However, due to the extreme conditions and complexity involved, they are still considered a theoretical concept.

3. How strong are the gravitational forces in a black hole tornado?

The gravitational forces in a black hole tornado are incredibly strong. They are strong enough to trap even light, making the black hole invisible. The closer you get to the center of the black hole, the stronger the gravitational forces become.

4. What would happen if a spaceship got caught in a black hole tornado?

If a spaceship were to get caught in a black hole tornado, it would experience extreme gravitational forces that could tear it apart. The intense radiation and tidal forces would also make it nearly impossible for the spaceship to escape.

5. How does a black hole tornado form?

A black hole tornado is formed when a massive star collapses under its own gravity. As the star collapses, it spins faster and faster, creating a swirling motion. This spinning motion continues to increase as the star's mass collapses into an infinitely small point, known as the singularity, creating a black hole tornado.

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