Maybe the end of Moore's Law isn't such a bad thing. People perform best when under pressure. Looks like optical is the way to go, which will open up huge gains in computing power.
but im confused, moores law states that every 2 years the size of a transitor gets smaller and the # of transistors in a processor gets much larger, but what happenes when we get as small as a single atom? can we get any smaller?
By the time you can handle single atoms (this might take awhile - Moore's law will hit a hard wall soon somewhere below the new 32nm chips), you'll be able to efficiently make powerful new architectures (spintronics, quantum computers, etc.). Until then, the focus is on making chips with multiple interconnected cores and writing better software that can easily be parallized. You'll notice that most 'supercomputers' today are enormous collections of the kind of cores you have in your desktop.
One more thing can you use your Ramon silicon laser idea and apply it to laser memory storage of saving memory in a super computer which would use this type of laser photonics to be able to save data in light, possible infinite storage.
New tech info is working on a levitating laser AMD which obtains its power while levitating, with a simple solar cells around it and laser light being its light source not sun light.
And thus began LightPeak
kurtnelle 9 months ago
Indeed, what is the relationship with Raman [ besides one of the many possible applications] - misleading title!
vanko81 1 year ago
I don't get it. What does Raman scattering has to do with this?
backstabingliar 2 years ago
Cool. Too bad they can't make silicon lase at useful wavelengths on it's own.
This is still very useful however, just as he mentions. Good video otherwise.
I'm curious as to what research has been performed into compacting the ring waveguides. I imagine evanescent wave coupling is a problem however.
afxgrin 3 years ago
you'd think that Intel can make videos where you actually see the slides ...
illsbills 3 years ago
Maybe the end of Moore's Law isn't such a bad thing. People perform best when under pressure. Looks like optical is the way to go, which will open up huge gains in computing power.
BurtWilson1 3 years ago
brilliant
CohanDigitmatta 3 years ago
im so confused :( .......
but im confused, moores law states that every 2 years the size of a transitor gets smaller and the # of transistors in a processor gets much larger, but what happenes when we get as small as a single atom? can we get any smaller?
howboutdat1227 3 years ago
By the time you can handle single atoms (this might take awhile - Moore's law will hit a hard wall soon somewhere below the new 32nm chips), you'll be able to efficiently make powerful new architectures (spintronics, quantum computers, etc.). Until then, the focus is on making chips with multiple interconnected cores and writing better software that can easily be parallized. You'll notice that most 'supercomputers' today are enormous collections of the kind of cores you have in your desktop.
KaoriBlue 3 years ago
Actually, we have already been able to use the atom to do computation. Its on a very, very rudimentary level, but it is being done.
Eventually, the technology will surpass transistors and they will become obsolete.
jfinnican 3 years ago
good Intel about time you beat AMD but if a few years AMD will be #1 again then Intel and vis versa
warmoviesboy 3 years ago
One more thing can you use your Ramon silicon laser idea and apply it to laser memory storage of saving memory in a super computer which would use this type of laser photonics to be able to save data in light, possible infinite storage.
Thanks from INFOTECH;
humexavier 3 years ago
Assembling a intel chip should be easier;;
New tech info is working on a levitating laser AMD which obtains its power while levitating, with a simple solar cells around it and laser light being its light source not sun light.
humexavier 3 years ago
amazing
gV17rw 3 years ago
ITS COOL
tupac93013 3 years ago
Nice job intel.
RickArter 3 years ago