Exploring the Enigmatic World of Black Holes

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Table of Content What is Black Hole How big is a black hole? Types of Black Holes Black Hole Theory Where are black hole Black Hole or Neutron Star? Conclusion

What is a Black Hole? A black hole is a region of spacetime from which nothing can escape, even light. Region of space with strong gravitational field Dungeon or dark cell in a prison Project that requires large effort with no return

How big is a black hole? The solar system has a range of different sized objects. The sun is just a little too small to form a black hole, but suppose we squashed it - how big would that black hole be?

Types of Black Holes Normal Sized Black Holes Microscopic (Primordial) Sized Super-Massive Black Holes (On the order of millions to billions of Solar Masses) (Estimated 3 million solar masses for Milky Way Black Hole)

Interesting facts about black holes Miniature black holes may have formed immediately after the Big Bang. Rapidly expanding space may have squeezed some regions into tiny, dense black holes less massive than the sun. If a star passes too close to a black hole, it can be torn apart. Astronomers estimate there are anywhere from 10 million to a billion stellar black holes, with masses roughly three times that of the sun, in the Milky Way.

Black Hole Theory Incredibly massive but only cover a small area. Extremely strong gravitational force not even light can escape Holes have 3 layers Outer event horizon Inner event horizon Singularity

The layers Event horizon - boundary around the mouth of the black hole where light loses its ability to escape Once a particle crosses the event horizon, it cannot leave. Singularity Single point in space-time where the mass of the black hole is concentrated.

Where are black hole Black hole are in between of each galaxies, there are millions to billions black hole in the space. Black hole grabs nearby stars. Because of black hole the galaxies are made.

Black Hole or Neutron Star? If the star the went supernova was between 1.4 and 3 Msun , then the remnant will be a Neutron Star supported by degenerate neutron pressure (Pulsar). Otherwise, Mfinal > 3Msun , and the result is a black hole because the is no source of outward pressure strong enough.

Conclusion Black holes are full of wonder and mystery. They are also somewhat interesting with their characteristics. Still, scientists continuously research these amazing space creatures even though they are invisible. Would you consider to be one of these scientists that research black holes? Or would you consider to go in space and take a risk to get a closer look at black holes? There are many conclusions to everything but there may never be a conclusion to a black hole.

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