Black Hole 2D Zone: Exploring its Impact on the Universe

In summary, the conversation discusses the possibility of black holes being the result of collapsed dimensions rather than huge mass/gravity events. It also considers the idea of the event horizon shredding 3d objects and creating new space, potentially contributing to the expansion of the universe and formation of galaxies. However, there is no scientific evidence to support these theories. Additionally, the curve of a spiral galaxy is not indicative of the growth of a black hole's spin and mass, as the spirals are formed and evolve through hydrodynamic effects. The concept of a constant spin and a lack of dimension for light to cross in a black hole is also questioned.
  • #1
edsousaphone
1
0
Greetings all,

Is it possible that black holes are the result of collapsed dimension as opposed to huge mass/gravity events? Perhaps, the event horizon is shredding 3d objects and creating new space expanding the universe and forming the stuff of the galaxy around them. Could the curve of a spiral galaxy show that expansion in the outward growth of each arm of the spiral. Additionally, could the spin and mass of the black hole be determined by unwinding the growth of a spire like the growth rings of a conch shell.

like 270 degrees of rotation over 10 billion years, approximate length of spire, and some estimate of mass in a set of concentric circles in 1 billion year increments from outer edge of the black hole.

Just a starting point, but if the sample size were large enough more specific data could be gleaned.

I could see a constant for spin, no dimension for light to cross, and a loss of acceleration and mass that comes from depth of travel to the core of a black hole.

Thanks,
edsousaphone
 
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  • #2
Hi edsousaphone, welcome to PF!

None of your post has any scientific backing, sorry.
edsousaphone said:
Is it possible that black holes are the result of collapsed dimension as opposed to huge mass/gravity events? Perhaps, the event horizon is shredding 3d objects and creating new space expanding the universe and forming the stuff of the galaxy around them.
What evidence is there for any aspect of that? Wouldn't it be better for black holes to just be collapsed mass? ---It would certainly make General Relativity classes easier.

edsousaphone said:
Could the curve of a spiral galaxy show that expansion in the outward growth of each arm of the spiral. Additionally, could the spin and mass of the black hole be determined by unwinding the growth of a spire like the growth rings of a conch shell.
No. The spirals are formed (and evolve) by hydrodynamic effects.

edsousaphone said:
I could see a constant for spin, no dimension for light to cross, and a loss of acceleration and mass that comes from depth of travel to the core of a black hole.
What?
 

Related to Black Hole 2D Zone: Exploring its Impact on the Universe

1. What is a black hole?

A black hole is a region in space with a gravitational pull so strong that nothing, not even light, can escape it. This happens when a massive star dies and its core collapses under its own gravity.

2. How is the 2D zone of a black hole different from the 3D zone?

The 2D zone of a black hole refers to the event horizon, which is the point of no return where the gravitational pull is so strong that even light cannot escape. In contrast, the 3D zone refers to the entire region of space where the black hole's gravity is felt.

3. How do black holes impact the universe?

Black holes play a crucial role in the evolution of galaxies. They can absorb and merge with other black holes, releasing large amounts of energy and influencing the movement of stars and gas around them. They also play a role in the formation of new stars and can shape the structure of galaxies.

4. Can we see black holes?

No, black holes are invisible to the naked eye. However, scientists can detect their presence through the effects of their gravity on surrounding matter, such as the movement of stars and gas, and the emission of X-rays and other forms of radiation.

5. Is it possible for a black hole to destroy the entire universe?

No, a black hole cannot destroy the entire universe. While their gravitational pull is incredibly strong, they are not all-consuming entities. The effects of a black hole are limited to its immediate surroundings and do not extend to the entire universe.

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