Researchers have found that specially ionized graphene has the

>>7994929
you could just use glass like a normal person

>>7994929
>Would you buy a bottomless swimming pool?

>*knock knock*
>Hi, I was wondering if you would be willing to buy a bottomless swimming pool. We've got lots of models in stock.
>Yes, that's the type of pool where there's no bottom floor holding the water up
>Uh, well, it's much more expensive because we have to use specially ionized graphene for the walls
>Hmm, yes, I suppose it is just like a regular swimming pool with a much higher risk of death by fall
>Do you need a pen?
>*slam*

>>7994929
wtf is a free energy surface

>>7994977
>1916+100
>not knowing about Gibb's Free Energy

>>7994929
Why wouldn't the water in the middle just fall down, leaving a thin layer of water really, really strongly bound to the graphene?

>>7994984
It would. I think OP is asking a hypothetical question.

File: 37f105b897436b51f17f411c9bc20ed7.jpg (8KB, 296x343px) Image search: [Google]

8KB, 296x343px

>>7994984
maybe it works like magnets?

>>7994977
Just some thermodynamic state function.

>>7994929
if you swim to the bottom, wouldn't you die?

>>7995028
Its bottomless you fuck

>>7994984
It's called long range interactions.

>>7994929
>not even gravity can overcome it
gravity has no known upper limit
>bottomless
not possible, that would mean it contains an infinite amount of water

>>7995139
they mean that the water is kept in a pool without the need of bottom piece fighting gravity, meaning you could dive through the whole pool and come out at the bottom

>>7994984
surface tension, shear stress, probably a lot of other effects depending on the mechanism of how the surface holds onto the water. would be a real feat of engineering to make them a reality.