In space right in the middle of nowhere, a singularity has formed.
-No, you say.
-Aah, but it did
We see space and live in it. When we see space we know it is space we see, Q.E.D a singularity has formed. Because without one having the factor one, which is composed by for instance the imaginary and can be divided into anything, a thing can not multiply, that is to say experience, any other thing, without loosing itself and become a totally unaware dimension. In other words, nothing can experience anything without being real; having the multiplient one.
-Aah, but that is utterly nonsence, you say.
-Aah, but then it wouldn't add up, for reality does add up and that is why you have the multiplient one, which can experience a thing and still have the multiplient one, which is what I should've said in the first place, that you do have elseways for instance no awareness of the process of making the answer.
-Aah, but where is the multiplient comming from then? you wonder.
-My answer is that a multiplient one is infinite in dimensions, that is why they would have formed after an infinity, and that in the biggest black hole ever.
-Aah, but that's where you're flawed! you say
-Because that would've taken an infinite time! which would be true,
If it hadn't been for that you wouldn't have experienced any of it, since it didn't have a multiple one.
-Aha! but then, where is that black hole, wouldn't the radiation of the black hole never leave it, and if it would even though it couldn't possibly, would it not only be little singularity photons, but also be holding infinite energy that might possibly collide with something, wouldn't there be a big bang?
-In either way, the black hole should first be infinitely heated, and according to the black hole gravity equation, the black hole would be infinitely hot, stop attracting matter, and let out all it's radiation! That's why not only we would by interference through gravity...
-that's utterly nonsence! you say
-but gravity can carry a piece of the multiplient one to the surrounding world!
-well...
-and not to say, the time it takes for the energy to spread in the black hole would not be as fast as the gravity carrying the particle of reality to us
- Then I need to know just one thing basically.
We both know what that thing is, and that is when it was. That was 22 years ago, to take a few. earliest 30 years ago.
-Well why do I wanna know that, you wonder.
How fast the energy spread in the black hole can be solved by really hard mathematics. So I need everyone to start callibrating, when exactly will the energy be enough spread for the black hole to explode?
Good luck in finding the answer for me, a vague attempt would be enough for me
Questions? Answers?
-No, you say.
-Aah, but it did
We see space and live in it. When we see space we know it is space we see, Q.E.D a singularity has formed. Because without one having the factor one, which is composed by for instance the imaginary and can be divided into anything, a thing can not multiply, that is to say experience, any other thing, without loosing itself and become a totally unaware dimension. In other words, nothing can experience anything without being real; having the multiplient one.
-Aah, but that is utterly nonsence, you say.
-Aah, but then it wouldn't add up, for reality does add up and that is why you have the multiplient one, which can experience a thing and still have the multiplient one, which is what I should've said in the first place, that you do have elseways for instance no awareness of the process of making the answer.
-Aah, but where is the multiplient comming from then? you wonder.
-My answer is that a multiplient one is infinite in dimensions, that is why they would have formed after an infinity, and that in the biggest black hole ever.
-Aah, but that's where you're flawed! you say
-Because that would've taken an infinite time! which would be true,
If it hadn't been for that you wouldn't have experienced any of it, since it didn't have a multiple one.
-Aha! but then, where is that black hole, wouldn't the radiation of the black hole never leave it, and if it would even though it couldn't possibly, would it not only be little singularity photons, but also be holding infinite energy that might possibly collide with something, wouldn't there be a big bang?
-In either way, the black hole should first be infinitely heated, and according to the black hole gravity equation, the black hole would be infinitely hot, stop attracting matter, and let out all it's radiation! That's why not only we would by interference through gravity...
-that's utterly nonsence! you say
-but gravity can carry a piece of the multiplient one to the surrounding world!
-well...
-and not to say, the time it takes for the energy to spread in the black hole would not be as fast as the gravity carrying the particle of reality to us
- Then I need to know just one thing basically.
We both know what that thing is, and that is when it was. That was 22 years ago, to take a few. earliest 30 years ago.
-Well why do I wanna know that, you wonder.
How fast the energy spread in the black hole can be solved by really hard mathematics. So I need everyone to start callibrating, when exactly will the energy be enough spread for the black hole to explode?
Good luck in finding the answer for me, a vague attempt would be enough for me
Questions? Answers?
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