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by landypro 4854 days ago
Now we need a storage medium capable of supporting those transfer speeds.
2 comments

You could save attempt to use some kind of parallel setup down to the silicon layer to achieve these data throughputs.

  [S R ][bit0]->[line 0]
  [H E ][bit1]->[line 1]
  [I G ][bit2]->[line 2]
  [F I ][bit3]->[line 3]  
  [T STER...etc.
It's late over here though, so I expect this design to have an obvious fatal flaw.
Im sure graphene will be involved with that too ;)
Yes the graphene covered DVD put in a LightScribe DVD drive made a supercapacitor I'm sure that knowledge may someone help in making better batteries (yes I know a capacitor isn't a battery).

https://www.sciencemag.org/content/335/6074/1326.ful

But a battery is a capacitor. Well, technically not, but they behave similarily, with the battery storing more energy per cubic centimeter than the capacitor, at the trade off of having a much higher internal resistance. Also I believe he meant data storage, since we have battery technologies which would work for this application, even though more juice is always a juicy prospect.