Really the only answer I think there is, is that, it's very possible, but there is just no way of knowing with our current knowledge of the Universe.
Sorry if that wasn't a very sastisfying answer, maybe somebody else will give a better one.
So what you're saying is that a black hole and a star actually orbit, and between them there is a midpoint? How would they orbit, wouldn't the bh just pull in the star?
I understand that, but it shows that the fabric around it is warped, it's just an example
Yeah, but when something passes the event horizon it appears to be frozen in place, that's what it does to time, it loops it.
What do you mean...
two black holes will orbit a midpoint?
I mean, it would make sense.
While one electron-positron annihilation would be noticeable, I don't think it would be particularily useful.
I do think there are multiple annihilations going on.
Come to think of it, how large are these annihilations, if only 2-4 are used...?
Oh my mistake, I think I just got confused with something else,
sorry.
What I meant to say before I got confused was that wouldn't there have to be an enormous amount of antiparticles for the gamma rays to become noticeable?
So there are parts of space, that time doesn't affect?
other than black holes, which is an interesting point too,
the places where black holes are situated would stay the same.
Right, but wouldn't most of it still be agreeable, I mean it would just be the outer parts of the map that has expanded, and the space betweem galaxies, but towards the center of the map, there should be significantly more midpoints.
I want to be a doctor, and when I do, I'm going to make sure that's how people address me, after all the work I put in to becoming what I am.
Although when people do correct you, no matter how hard they try not to, they come off as sort of needy and arrogant.
'Luck' is just the way things tend to happen without any human influence.
Karma on the other hand, I'm not sure about, although at this point I do believe in it.
We have placed cookies on your device to help make this website better. You can adjust your cookie settings, otherwise we'll assume you're okay to continue.