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pibb
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could a particle of antimatter be the singularity inside a black hole?
pibb said:anyway in one of the episodes they said (or i heard it as) that the big bang formed in the instant when antimatter collided with matter to form our universe. it couldn't have just destroyed everything because we are here made up of some of the leftovers. so i was wondering if its really antimatter that lay at the center of black holes and beyond the visible universe also.
pibb said:thank you both for the quick replies. its fun discussing ideas together. would it even be possible as we know it for antimatter to react in such a way to help cause the big bang yet also be at the center of a black hole? i don't know why i made the connection of the two either it just seemed natural i guess.
well antimatter and matter might just be our words for something else that needs more definition. could there big an explosion big enough to be the big bang if a membrane composed of matter and a membrane composed of antimatter bounced against each other?Drakkith said:There was no antimatter before the big bang. It took upwards of about a second or so for the universe to cool off enough after the big bang for most particles to form.
pibb said:well antimatter and matter might just be our words for something else that needs more definition.
could there big an explosion big enough to be the big bang if a membrane composed of matter and a membrane composed of antimatter bounced against each other?
When matter/anti-matter meet they annihilate each other, so no, this couldn't happen.
We have white dwarfs which are essentially super condensed matter, would a black hole not be similar to a black dwarf and be almost a region of anti-universe.
Which would explain why there isn't enough antimatter to matter ratio and why matter tends to gravitate towards these black holes while antimatter is pushed out at near light speed.
In black holes the idea is NOTHING escapes, but there's the beam of light at the end, we already know that when matter and antimatter collide, they annihilate each other, leaving only 2 photons left
Which would explain why accretion disks exist in the way they do and and would also explain the reason why antimatter is so sparsely spread out and seems to hang around near black holes in large quantities
So essentially the core of a black hole is not the break down of physical laws but a complete antithesis to the universe as we know it. It's simply a complete reversal of all physical laws once anything reaches the singularity and once the process is complete (due to the nature of spacetime and time's arrow) it comes back into the normal universe as forced out from the black hole itself. From what I know antimatter is intrinsically attracted to matter and vice versa, if antimatter were that dense at the core of a black hole's singularity it would attract matter nearly exponentially fast till it approaches near light speed and would achieve a sort of terminal velocity in respect to the black hole.
This theory I have would essentially simplify a lot of processes (which the true nature of science tends to be towards a complex simplicity of natural laws) and would help answer some of the questions about black holes, and other bodies, and may actually explain gravity itself. We know gravity is essentially just pockets of spacetime, like valleys, where objects essentially "fall" into them, but this could also make gravity a byproduct of antimatter.
The jets that stream out, they're visible so must contain some sort of photon to allow us to see this? Also my idea (don't even really want to call it a theory due to the obvious lack of knowledge in certain areas) isn't necessarily to solve anything about gravity but so somehow answer the singularity at the center that is essentially undefined and infinite.
Also in regards to the antimatter being expelled from the black hole via the jet, my line of thinking is not so much "antimatter" itself, like antihelium on antihydrogen, but anti-particles, being ejected out.
In regards to the anti-universe, we already know that alll matter has an anti-matter counterpart, why would the entire universe not have an anti-universal counterpart? Which can only be glimpsed at these "super-sites."
I apologize that some of my terminology wasn't as precise as it should've been, I'm a bit tired and have been thinking about variations of this for most of the day so I was just trying to get it all out in a way that could be discussed, criticized or ridiculed (as the case may be) and I do value all the insights, I'm currently working towards becoming an MD but I do plan to take heavy physics classes as I progress and that should hopefully clarify some of my own terminology and make it easier for me to convey my ideas.
Well as long as we're thinking about how our universe works, means we're increasing our overall understanding of science and that's always a good thing. =)
A black hole with antimatter particle singularity is a theoretical object in space that combines the extreme gravitational pull of a black hole with the repulsive effects of antimatter. This results in a singularity, or a point of infinite density, at the center of the black hole.
A regular black hole is formed from the collapse of a massive star, while a black hole with antimatter particle singularity is a hypothetical object that has not been observed in nature. The presence of antimatter in the singularity would create opposing forces to the immense gravity, potentially altering the behavior of the black hole.
Currently, there is no way to directly detect a black hole with antimatter particle singularity. However, scientists are studying the effects of antimatter on black holes and searching for indirect evidence of their existence.
It is not fully understood what would happen if these two types of black holes were to collide. Some theories suggest that the opposing forces of gravity and antimatter could cancel each other out and result in a less extreme singularity, while others suggest that a powerful explosion could occur.
The presence of antimatter in the singularity could potentially alter the properties of a black hole, such as its size, mass, and rotation. It could also affect the formation and behavior of its accretion disk, the ring of matter that surrounds the black hole.