I have been reading about batteries in smartphones using Graphene for years, but it seems we will have to keep waiting for that to happen.
Really love your idea to think about Graphene as a more realistic form of vibranium, and its potential uses are really broad as you clearly explained.
I don't know how expensive is Graphene right now, but it will surely require a big investment to create spacecraft using Graphene instead of Aluminium or Titanium.
The best part of all of this, is that we know there is a lot of potential with graphene and it is just a matter of time until we take proper advantage of all it capabilities.
Thanks for your input here mate!
Yes, we only know it has great potentials but before it can move on to make statements like Silicon has done, a lot of researches on its best operating conditions, optimal processes and compatible precision machines have to be manufactured to unlock its potential. Considerably, it has seen implementation in small-scale applications for which it outdid Silicon and ITO in terms of price.
So, maybe price may not be the major challenge in terms of adapting it, the best way to utilize it to cut down prices and machines that will aid large processing of it is more worrisome.
That's the idea of the post, I'm glad I could make something out of it
Thanks for dropping by, I'm a fan!