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(All images of black holes are technically not real because you wouldn't be able to see all those colors)

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(This is a diagram from a theory that states what a black hole leads to)

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Because there would be no chance of survival, traveling through black holes would be impossible.

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Jumping into a black hole would instantly cause spaghettification. Your brain would split up into atoms imediantly, allowing you almost no time to take in the scenery.

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If a human were to fall through a black hole, they would react the same as "toothpaste being extruded out of the tube," according to astrophysicist Charles Liu.

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Scientists can't exactly observe them by x-rays, light, or other forms of electric radiation. Instead, they can tell where one is due to the affect it has on the materials (dust, gas, etc.) on the outside.

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But if you lived, looking forwards, you would see every object that has fallen through in the past, and looking behind you would see every object that will fall inside.This is because you are traveling at the speed of light while falling through a black hole.

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If you went inside a black hole, you would die within seconds.

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Any object or light that gets pulled into a black hole is stretched ( or spaghettified) and trapped forever.

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These are what scientists first formed after the Big Bang. The first formed around 13.7 million years ago, but quickly evaporated.

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These can have a mass that's the same as 1 billion suns. The biggest one ever found so far was discovered in the early 2000's. It's called Sagittarius A, and has a mass of 4 million suns.

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These black holes aren't as huge as supermassive black holes, but they are not as small as miniature ones.

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There are thousands of these black holes found in the Milky Way. They are the most common type.

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There are four main types of black holes: Stellar, Intermedial, Supermassive, and Miniature.

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They are also very dense. So dense, in fact, that their mass and density can be compared to the sun ten times its size fitting into New York City.

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A black hole is the remains of a massive star that used up its nuclear fuel. Lacking energy to handle its own gravity, the star supernovas and makes a black hole.

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Magnetars- A large star that's very magnetic

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Magnetars- A large star that's very magnetic

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Neutron Star- Small, dense stars that are very hot

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Neutron Star- Small, dense stars that are very hot

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After the star collapses,  any remaining matter will clump up into one of three different things: Neutron Stars, Pulsars, or Magnetars. But when a star more than three times the size of  the sun supernovas, however, in theory, it will become form a black hole.

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When a star's nuclear fuel is used up over years, it will collapse. The star will fall into itself, because there is no force of nuclear fusion pushing outwards from its core to balance the gravity.

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They are impossible to see, but they may account for making up 90% of the universe.

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#1: Research in Context
http://go.galegroup.com/ps/retrieve.do?tabID=T001&resultListType=RESULT_LIST&searchResultsType=MultiTab&searchType=BasicSearchForm&currentPosition=2&docId=GALE%7CCV2644300174&docType=Topic+overview&sort=RELEVANCE-SORT&contentSegment=&prodId=MSIC&contentSet=GALE%7CCV2644300174&searchId=R1&userGroupName=stou53589&inPS=true
#2: Live Science
https://www.livescience.com/19683-happen-fall-black-hole.html

#3: NASA
https://science.nasa.gov/astrophysics/focus-areas/black-holes
#4: National Geographic https://www.nationalgeographic.com/science/space/universe/black-holes/

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What Would Happen If Humans Fell Through Black Holes?

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What Would Happen If Humans Fell Through Black Holes?

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Can You Really See Black Holes And What Do They Look Like If So?

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Can You Really See Black Holes And What Do They Look Like If So?