How Do Black Hole Schematics Work?

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Discussion Overview

The discussion revolves around the schematics of black holes, including their properties, formation, and related phenomena. Participants explore theoretical concepts and provide explanations relevant to understanding black holes.

Discussion Character

  • Exploratory
  • Technical explanation
  • Conceptual clarification

Main Points Raised

  • One participant describes a black hole as a region of highly curved spacetime with an event horizon, emphasizing that nothing can escape once it crosses this boundary.
  • It is noted that dust and debris attracted to a black hole typically form an accretion disk before falling in, with the inner edge of the disk causing the material to accelerate and emit light.
  • Participants discuss the formation of black holes from collapsing stars, mentioning that the mass and composition of the star determine the outcome of the collapse.
  • One participant highlights that a black hole with the mass of the sun must be compressed into a sphere with a diameter of 6 kilometers.
  • A disclaimer is provided by one participant, indicating that their explanation may contain minor inaccuracies due to reliance on memory.

Areas of Agreement / Disagreement

Participants generally agree on the basic concepts of black holes and their formation, but there is no explicit consensus on the details or potential inaccuracies mentioned.

Contextual Notes

Some limitations include potential inaccuracies in memory-based explanations and the need for precise definitions regarding black hole properties.

Who May Find This Useful

Individuals interested in astronomy, particularly those seeking foundational knowledge about black holes and their characteristics.

The Grimmus
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Before i start reading any more in this forum could some one exsplain to me the schematics of a black hole and some information about it...thanks
 
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A black hole is a region of highly curved spacetime. It has an event horizon which marks the point beyond which nothing can escape.

Specifically, space-time is so strongly curved that it is impossible for anything inside the event horizon to do anything but fall inwards.


Because black holes are so small for their mass, dust and debris attracted to the black hole tends first to gather in an accretion disk on the equatorial plane of the black hole before falling in.

Because the orbits are so small on the inner edge of the disk, the dust accelerates to a very high speed and acquires enough energy to give off light. Material can also be ejected at high energies (called x-ray jets) in a path pointing along the poles of the black hole.


A black hole can be formed when a star collapses, though it depends on the mass and composition of the star. When the nuclear fuel powering a star runs out, it can no longer sustain itself against gravity and it collapses. For less massive stars, the collapse may eventually be stopped at a point when the electrons or neutrons in the atoms of the star strongly resist being packed together, but if the star is massive enough it keeps collapsing.

For a black hole with the mass of the sun to form, it actually has to be packed into a sphere with a diameter of 6 kilometers!


Disclaimer: I'm doing most of this from memory, and it's been a while since I really studied this stuff, so I may have some minor details wrong!
 
Thanks Hurkl now i can further understand the posts more
 
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oh ok i thought i went crazy and made up that post in my head...thanks for that and the site it is really good if u don't know a lot
 
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