Read more.Quote:
The device is said to both improve storage capacity and aid further miniaturisation.
Printable View
Read more.Quote:
The device is said to both improve storage capacity and aid further miniaturisation.
My brain hurts
I'm a 2nd year Physics student and even I'm having a hard time following this. How much do you bet the author just copied and pasted this lot?
And we'll look forward to your erudite analysis, when you have read the original paper (link at the end of the piece) and explain it to us poor mortals :)Quote:
Originally Posted by Jenny_Y8S
I started to follow but got lost very quickly. However, it is interesting to see new developements in progress. The future is bright. Now if they can just sort batteries out that would be great.
:redcard: There are a LOT of sites worse than Hexus in this regard. In fact, I'd regard it as one of the better ones. That out of the way, when you're talking about this kind of cutting edge applied physics, unless you get one of the authors to do a "Brian Cox", then cut and paste is probably as good as you can reasonably expect surely?Quote:
Originally Posted by Jenny_Y8S
Actually I seem to remember IBM having some "very promising" research about 3-4 years ago, that was expected to reach commercial launch "in about five years", so any day now Big Blue? If memory serves me rightly, the IBM device was available in prototype form, about the size of a sugar cube and was electro-optical in nature.
Like peterb I eagerly await your "for Dummies" explanation of this story... :p
So basically it will allow more storage i a smaller space. So 5TB phones soon.
I understood every word of that! :-D
But only one sentence in ten. :-S