> However, because the atomic bonds are only in the lateral direction, it can only exist in 2D. Once multiple layers of graphene are stacked one onto each other, you get graphite, which has relatively poor properties. This means 3D printing pure graphene is impossible. A 3D structure is only possible when graphene is mixed with a binder.
There are so many non-graphene forms of carbon.
Is peptide glass a suitable binder for multilayered graphene for semiconductor and superconductor computing?
From https://all3dp.com/2/graphene-3d-printing-can-it-be-done/ :
> However, because the atomic bonds are only in the lateral direction, it can only exist in 2D. Once multiple layers of graphene are stacked one onto each other, you get graphite, which has relatively poor properties. This means 3D printing pure graphene is impossible. A 3D structure is only possible when graphene is mixed with a binder.
There are so many non-graphene forms of carbon.
Is peptide glass a suitable binder for multilayered graphene for semiconductor and superconductor computing?
Do or can aerogels already contain binder?