Is traveling inside an Ultra-wormhole even possible?
I’ve done some research and I discovered that in order for a tridimensional being to pass through a wormhole the same wormhole has to be tridimensional (in short a sphere) but the one we see in Sun and Moon is most likely a classic bidimensional wormhole. My question is: can it be seen as a tridimensional wormhole in some way? if yes, how? or am I wrong and a tridimensional being can pass through a bidimensional wormhole? (i don’t think so but I can be wrong, i’m not perfect :3 )
Pleaselog inorregisterto add a comment.
According to the screenshots I’ve found and assuming your research is correct, I would draw the conclusion that the developers skipped the question of physics altogether, if it even was a question at any point.
If you’ll look at my second comment of the other answer posted, you can see that this appears to be a bulge in the fibers of the other world, opening a wormhole. The center of the wormhole does not appear to be a spherical object in this photograph, and this bulge would probably be the reason I believe I erroneously perceived the wormhole as a spherical center in the first photograph.
As for if some Pokemon allows it, I first thought of Dialga or Palkia, controlling time and space; neither of which you can find there. After some research, I found that Solgaleo and Lunala have the ability to create the Ultra Wormholes themselves, and can each travel through them. Perhaps Solgaleo/Lunala are the ones that make traveling like this safe; that would be the only thing that would make sense to me, considering they take you the Ultra World or whatever to fight Lusamine and then back. And then again to get the Cosmog in the alternate Alola.
I think the almighty power of the legendaries just bypasses physics in this situation is all.
Disclaimer: having not played SM, I don’t actually know what this wormhole looks like, and I might be missing some crucial information that renders all this information unviable, but here’s what I got:
It is possible for a three-dimensional object to be seen as two-dimensional. Our perception of depth comes largely from our ability to see shade. Notice how the circle looks like a sphere because of the shading:However, if an object were to reflect no light whatsoever, it would look perfectly two dimensional. And yes, there is a material like this. Ladies and gentlemen, I give you Vantablack, the darkest material known to man:https://www.youtube.com/watch?v=9v0_fID_jvA(okay, that’s nottechnicallyVantablack, but it uses an extremely similar technique and has the same effect, and this video demonstrates the idea very well).
Unlike, well, everything, Vantablack reflects almost no light at all, so, even when applied to a three-dimensional object, you can’t notice any details popping out, and it looks more like a 2-dimensional silhouette.
Once again, if I’m missing something and this isn’t really applicable to the situation, I’m sorry, but at the very least we learned something fun today, right?
