Super-Giant Black Hole Baffles Scientists - Yahoo! News
Cliffs Notes: Really big black hole stumps scientists because what they see does not match their beliefs about black holes.
Just some of my thoughts...
First hypothesis: What if a black hole doesn't get created when a star burns out.
Second hypothesis: What if a star isn't made of plasma, but is a planet that has a high volume of lava and magma and there are gas/oil repositories just like earth. The surface is covered by lava and constantly fed by magma from below. The surface is constantly moving and breaks in the crust underneath expose gas/oil reserves which ignite and burn, thus causing solar flares. Areas of the sun that are black spots are actually large masses or lava flows that have cooled down into lava rocks. The sun has large amounts of iron which holds and radiates heat. If the sun/star were just a ball of gas or plasma, it would burn up instantaniously like a helium blimp or hydrogen bomb.
Third hypothesis: When all the gases of a "star" (or planet in my case) are completely used up, the "star" cools down starting with the surface, and eventually down to the core. When it "burns out" , it's actually just a big rock with no light. All the planets and moons that surrounded the "star" are no longer illuminated by the star's light and appear to have been sucked away. But in actuality, are still there rotating around that planet in darkness.
Cliffs Notes: Really big black hole stumps scientists because what they see does not match their beliefs about black holes.
Just some of my thoughts...
First hypothesis: What if a black hole doesn't get created when a star burns out.
Second hypothesis: What if a star isn't made of plasma, but is a planet that has a high volume of lava and magma and there are gas/oil repositories just like earth. The surface is covered by lava and constantly fed by magma from below. The surface is constantly moving and breaks in the crust underneath expose gas/oil reserves which ignite and burn, thus causing solar flares. Areas of the sun that are black spots are actually large masses or lava flows that have cooled down into lava rocks. The sun has large amounts of iron which holds and radiates heat. If the sun/star were just a ball of gas or plasma, it would burn up instantaniously like a helium blimp or hydrogen bomb.
Third hypothesis: When all the gases of a "star" (or planet in my case) are completely used up, the "star" cools down starting with the surface, and eventually down to the core. When it "burns out" , it's actually just a big rock with no light. All the planets and moons that surrounded the "star" are no longer illuminated by the star's light and appear to have been sucked away. But in actuality, are still there rotating around that planet in darkness.
