Wait what? did you even read beyond that point? you are partially quoting to prove that you are right is that what you trying to do here? I repeat my self todays computing power 10^15+ so theoritically if classical computing keeps going forward at the same pace it's advanced with since the 60s we will be looking at 10^30 10^40 Flops in the next decade or two which is enough to crack 128bits in a few seconds and we will move on to 10^70 Flops and beyond in another decade or two from there, that is without taking into consideration anything else! which not even remotly true
Obligitory XKCD:
Yeah lol, people do that mistake alot when extrapolating, but when you have 5-6 decades of data I believe it is safe to make an extention to the next decade or two, considering, that we've already know what's coming up in the next few year (example 2014, Intel moving to 14nm, and the other Fonderies to 20nm and under when it comes to CPU (production has already started), 2016 10nm with prototypes already existing in Intels labs for example and being tuned for production, everything Graphen related and nanotubes is already in labs all over the world being tested, enhanced and more importantly, starting to get an industrial orientation (production unites, process, and what's not) as for Quantum computing we are already doing the first baby steps in this area, commercial availability to develop software and firmware and alghorithms....