Theory or sobouts

[Tangrogg]

Every discovered , seeable, black hole gives off light (energy created from friction at a lack of knowing terms I'll use word friction).  So every star is a black hole, the smaller, the younger the star. The blckholes that are at the center of stars spin so fast they create friction because of the tight spin , witch therefore creates energy and, boom sun star......gravity....every planet has a small star/black hole at its core (micro black hole)......we have never seen a micro black hole because it would create too much energy (star like properties) to be seen....in short my off the wall thought quickly jolted down...not the whole thing yet....but my idea is hard to put in well ordered words...I'll be rereading and updating...hopefully....go easy on me...I watch alot of syfi... lmao

 

 

Sorry if I put this in the wrong spot

I googled place to get post a theory about space...and this website was the first one to pop up...if this is the wrong place....sorry and might someone suggest somewhere else. Thanks for the understanding

Edited June 11, 2019 by Tangrogg

[adsii1970]

Moved to the lounge since the topic is not directly about KSP itself.

[Superfluous J]

2 hours ago, Tangrogg said:

Every discovered , seeable, black hole gives off light (energy created from friction at a lack of knowing terms I'll use word friction).  So every star is a black hole

This is not a logical truth.

"Every rye loaf is bread, therefore all bread is a rye loaf."

Stars are not black holes. Black holes have specific characteristics that stars lack.

And good for that. A black hole at the center of our sun would literally ruin your whole day.

Edited June 11, 2019 by 5thHorseman

[cubinator]

The material falling into a black hole gives off light as it is compressed, yes. However, to assume that there is a black hole at the center of every star and planet because of this is to assume black holes are the only objects capable of emitting light and heat. We know there are plenty of other phenomena which can create considerable light and heat. For example, radioactive decay, toasters and computers, tidal forces between planets, and nuclear fusion. 

Black holes release a lot of energy when they collide, because they accelerate to extreme speeds when near each other. If there were a black hole within every star, we would observe that much energy when regular stars collide. However, we don't see such an intense collision when that happens. 

Stars form as gas collects by gravity inside a nebula. Eventually the 'protostar' object collects enough material that its weight compresses the matter in its center so much that nuclear fusion occurs. That fusion is what produces the star's light and heat. At that point, the star is not nearly dense enough that its weight compresses the core into a black hole. It takes a force like a supernova, where a giant star collapses in on itself completely, to get the core dense enough to become a black hole. 

Similarly, planets form by accruing material from nearby asteroids, comets, and dust, all of which have gravity and are gravitationally attracted. The compression force inside a planet from the weight of all the material builds up over time, but it is never enough to cause the creation of a black hole - Again, it takes a force like a supernova, one of the most powerful types of explosions in the universe, to create a black hole. Planets' gravity comes from their own mass, of rock and metal and ice, not from a central black hole. (You can imagine how very light rocks and metal would have to be if all the planet's mass was in a black hole at the very center.) And their internal heat comes from the collisions that originally collected the material, tidal forces from nearby bodies or the sun, and radioactive decay of heavy elements in the core. 

Furthermore, the material in a star would have to be spinning very fast indeed in order to orbit the black hole without falling into it - So fast that the sun would probably be blue on the east side and red on the west.

Edited June 11, 2019 by cubinator

[KerikBalm]

We only have 1 image of a black hole, and its the accretion disc that gives off light, not the object itself. This is quite different from how a star looks