By: Tsegazeab Beteselassie
Most scientists agree that black holes have a singularity, a point where gravity (or the space-time curvature) reaches infinity (actually, it only has very strong gravity. Click the infinity link if you want to know how). But, the problem is that they also agree that the laws of physics break down at the singularity. To avoid this situation, scientists have created varying solutions to this, from portals to other universes, to black holes actually hosting universes. I, personally, have my own theory*. That the singularity doesn't even exist.
"How is that possible?", you might be asking. Well, in my 'Is Infinity Possible?' post (if you read it), says that infinity in a black hole isn't possible, only extremely strong gravity. Then this theory would work with the other one because both have the common ground of black holes don't have singularities. But there is a problem. If black holes don't have singularities, and lets assume it isn't a portal to another universe, or actually is hosting a universe, then in a (spinning) black hole, wouldn't all the matter just fly out? This may seem like a dilemma for any theories saying black holes don't have singularities, either black holes have a singularity or they don't exist, but this can be solved easily with my theory. And now the suspense is over. Here it is.
Imagine a particle going into a black hole. Our current (is accurate the right word?) theories say that the particle will get ripped apart into nothingness once it passes the event horizon. But that doesn't make sense. As you know, the mass of a black hole is made from the collapsing star. But you also know that black holes grow when they swallow up matter. But if particles get ripped into nothingness by the tidal forces, then technically, a black hole can not grow bigger nor evaporate (negative matter goes into black holes, black hole's mass gets smaller. I'll talk about that later). But what if all that matter didn't get destroyed? What if it is just all bunched up in there? "But if that's true, then what is holding that matter in?" As I said before in 'Is Infinity Possible?' the gravity is not infinite. But it must be strong enough to keep the particles in. And a black hole gets bigger by adding particles in. And negative matter can build up so the black hole can evaporate. So this is my theory. And I think it is correct.
*I should also thank my good friend Eric, for helping me think this idea.
Email me at tsegazeab12@outlook.com or tsegazeab12@gmail.com. Thank you and subscribe!
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| Black hole: This is a black hole. Picture Is From:powerlisting.wikia.com |
"How is that possible?", you might be asking. Well, in my 'Is Infinity Possible?' post (if you read it), says that infinity in a black hole isn't possible, only extremely strong gravity. Then this theory would work with the other one because both have the common ground of black holes don't have singularities. But there is a problem. If black holes don't have singularities, and lets assume it isn't a portal to another universe, or actually is hosting a universe, then in a (spinning) black hole, wouldn't all the matter just fly out? This may seem like a dilemma for any theories saying black holes don't have singularities, either black holes have a singularity or they don't exist, but this can be solved easily with my theory. And now the suspense is over. Here it is.
Imagine a particle going into a black hole. Our current (is accurate the right word?) theories say that the particle will get ripped apart into nothingness once it passes the event horizon. But that doesn't make sense. As you know, the mass of a black hole is made from the collapsing star. But you also know that black holes grow when they swallow up matter. But if particles get ripped into nothingness by the tidal forces, then technically, a black hole can not grow bigger nor evaporate (negative matter goes into black holes, black hole's mass gets smaller. I'll talk about that later). But what if all that matter didn't get destroyed? What if it is just all bunched up in there? "But if that's true, then what is holding that matter in?" As I said before in 'Is Infinity Possible?' the gravity is not infinite. But it must be strong enough to keep the particles in. And a black hole gets bigger by adding particles in. And negative matter can build up so the black hole can evaporate. So this is my theory. And I think it is correct.
*I should also thank my good friend Eric, for helping me think this idea.
Email me at tsegazeab12@outlook.com or tsegazeab12@gmail.com. Thank you and subscribe!
Each time I used to always check blog posts within the first hours in the break of day, because I like to get information increasingly more.
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