how to theoretically turn a sphere inside out

[Tammy]

https://www.youtube.com/watch?v=sKqt6e7EcCs

MY MIND IS FULL OF forget

[Ad Bot]

[Elecro]

WTF

[TeeOS]

I don't know whats so wrong with it, I understood the entire thing.

[Stocking]

late

[ShadowsfeaR]

Yeah I remember someone posting this. Cool stuff though.

[Tammy]

late

lol
>almost two years ago
>missing half the video

[PurpleMetro]

yeah, this would be useful if we could find a material that could pass through itself

[Elecro]

yeah, this would be useful if we could find a material that could pass through itself

water?

[Night Fox]

>almost two years ago

I'm pretty sure that's why she said you were late

[TeeOS]

water?

It has to be a solid, or else it would pass through our fingers.

[Night Fox]

It has to be a solid, or else it would pass through our fingers.

our fingers, yes

[PurpleMetro]

water?

i don't think there is a way to make water into a sphere without serious gravity researching.

and i don't think there is a way to tell if a water sphere is inside-out

[fred da kiko]

i don't think there is a way to make water into a sphere without serious gravity researching.

and i don't think there is a way to tell if a water sphere is inside-out

are you implying that a large body of water would not become a sphere?

[Night Fox]

i don't think there is a way to make water into a sphere without serious gravity researching.

um
bubbles

[xxxxkill]

i don't think there is a way to make water into a sphere without serious gravity researching.

In zero gravity, water tends to form bubbles, due to surface tension or something like that.
Not like perfect spheres, but close.

And there's no point, really. The point of this is to prove that you can turn a sphere inside out without creasing. Sure, it uses a hypothetical material that can't exist unless its electrons parted when they come close to each other, but it does work. It just has no real world applications.