I vaguely recall some horrifying memories of an animated TV series (stuffy 3d-ish crap) called Qubits some half decade ago, featuring some posh mecha crap. Just stole the name for the series and main character and didn't relate at all to computing. Lame.
Anyways - the concept of QC has long been thought of, but lately there's been some real fuzz about Spintronics (http://en.wikipedia.org/wiki/Spintronics) and other kinds of things related. So, /OSC/ - have YOU heard, thought or read anything about Quantum Computing lately? When's it coming commercial? How will it work?
Read up and away HERE (//en.wikipedia.org/wiki/Quantum_Computer).
Oh, and also,
ITT QUANTUM IS ALWAYS ON
Uhhm...Holy crap! that stuff is advanced..... how do people think of these things?
Quantum Minds, I has it.
Yeah, just imagine the CPU... The one that has regular transistor swapped for Quantum Transistors. O___O That system, if bought today, wouldn't need to be replaced until year 2050...
OwO -W-
*flies off to dreamland*
But also, with spintronics you'd have the ability to boot up in an instant, since stuff loaded into the RAM STAYS loaded even when it's turned off. Pretty neat!
True. But if we can't have the quantum-computing, we can still have a solution for those boggy hard drives. The solution would be either Magnetic RAM drive (like your dear old hard drive, only without platters.) and (/ or) magnetic XDR (and DDR, of course..) for the processor (to resume your works without having to reboot all over again.) which is also a neat idea.
This isn't new to me... if you have seen any of the channels from the Discovery network you may have come accross with the topic before.
The potential for this technology is scientifically amazing. Network services like search engines would be the ones that will benefit the most, and that if somebody does not build a quantum computer to create a super calculator that allows you to solve mathematical expressions down to the point of bringing variable answers to the same expression. It is also told that quantum comps may be able to store much more data in the same amount of place used by conventional systems.
If I had a QC with an OS like Linux, Windows, Mac or whatever... I'd pretty much be hacking onto government comps and try to find out whether aliens exist at all or not. Oh and sneak in on nay other secrets that they may have... like weapons and whatever.
Quote from: "Dr. Mario"True. But if we can't have the quantum-computing, we can still have a solution for those boggy hard drives. The solution would be either Magnetic RAM drive (like your dear old hard drive, only without platters.) and (/ or) magnetic XDR (and DDR, of course..) for the processor (to resume your works without having to reboot all over again.) which is also a neat idea.
How's 'bout them apples??
http://en.wikipedia.org/wiki/Holographic_Versatile_Disc
And they're working on media based on proteïns, wich can hold even more...
QuoteHow's 'bout them apples??
http://en.wikipedia.org/wiki/Holographic_Versatile_Disc
Holo is pretty cool, eh kills aleins and dosnt afraid of anything
MEME BENDERRRRR >w<
And protein storage media isn't unheard of for me either - however due to the proteins' naturally complex structure there are thousands of ways to fuck them up, and I dunno if they'd be that easy to keep safe...
Quote from: "NejinOniwa"
And protein storage media isn't unheard of for me either - however due to the proteins' naturally complex structure there are thousands of ways to f*** them up, and I dunno if they'd be that easy to keep safe...
yeah there are issues but I didn't read the whole article, because I got sidetracked by an article about anti-matter because holo-storage sounded trek-ish.... (I wonder what technology you'd get if you mix computers and anti-matter) ;010
Added after 2 minutes: I've also been thinking of connecting humans with a Processor and an external link-port (Think GITS)
Wow, this stuff is really amazing. It just, boggles the mind to think about it. It goes to show that, as sophisticated as we all would like to think our computers are, in about 30 or 40 years we're going to look back and say "remember that old computer I used to have? It actually had a hard drive! Imagine that...hahaha!"
At any rate, I'm an enthusiast of historical computers, so I'll take my magnetic core memory, thank you very much! :P
Quote from: "Bella"Wow, this stuff is really amazing. It just, boggles the mind to think about it. It goes to show that, as sophisticated as we all would like to think our computers are, in about 30 or 40 years we're going to look back and say "remember that old computer I used to have? It actually had a hard drive! Imagine that...hahaha!"
At any rate, I'm an enthusiast of historical computers, so I'll take my magnetic core memory, thank you very much! :P
Hang on the Pre-Pentium race of PC's are the real computers here...they actually required skills to build and run...I love them ;010
Like Tandy 1000's! ^___^ The grandpappy of Athlon 64 and Core 2 PCs! (Yeah, my Tandy has Intel 8088, 4.7MHz)
Now you mention HVDs. What if you use X-ray laser to actually write and read them? That's a lot of data. Givin' you a idea how big the storage would it be:
a Blu-ray Disc written by 7-nanometer X-ray laser would be able to store up to - yes... - 6 Terabytes.
So, a HVD using 405nm laser would be able to hold 1 TB,
if you switch the laser with 7nm one, you would be able to... possibly... hold 152 Terabytes.
Imagine this. '_______'
Yeah... It will get there, eventually. because a couple of years ago storing 1GB on a single device was cutting edge...And some time before that people were blown away by the megabyte.... But did you know that a pic of a clumsy girl with a huge weapon can get pretty distracting?:D
True.
QuoteLike Tandy 1000's! ^___^ The grandpappy of Athlon 64 and Core 2 PCs! (Yeah, my Tandy has Intel 8088, 4.7MHz)
Now you mention HVDs. What if you use X-ray laser to actually write and read them? That's a lot of data. Givin' you a idea how big the storage would it be:
a Blu-ray Disc written by 7-nanometer X-ray laser would be able to store up to - yes... - 6 Terabytes.
So, a HVD using 405nm laser would be able to hold 1 TB,
if you switch the laser with 7nm one, you would be able to... possibly... hold 152 Terabytes.
Imagine this. '_______'
That's pretty much the concept of the whole 3-d storage, isn't it?
Yes. (but the X-ray Holographic storage is enough to scare those IBM scientists, Seagate included.)
It doesn't scare the scientists, it scares the Financial Department, cuz that sort of stuff is a good way to loose tens of thousands of dollars...
Yes. And, making the X-ray laser diode is also very difficult (and, if done the metal mixture wrong, it's a waste of money.)
Well scientists don't loose money on bodged experiments, they just claim that "they now have aquired valuable knowledge otherwise impossible to aquire"...:D
You got a point.
Yeaaa. What a waste of mind. (And it would be easier to share than just proclaiming it "mine! mine!" - but oh well, they overuse the patent systems. It was also why GPL / GNU was introduced, for some reason.)
http://arxivblog.com/?p=346
O_O...
Wow, nice... ;010
NOW YOU'RE THINKING WITH QUANTUMS
Well, this topic has sure died off...
Maybe that's because quantum physics/mechanics is a more active science?
*finds a black deskchair, a white cat, a grey suit, shaves his head and waits in the chair, gently stroking the cat, waiting for Nej*
*is sitting on throne, in suspiciously evil outfit, crossed legs, gently stroking the Smokey's head*
>_>
Well, not exactly quantums, but the Memristors (http://en.wikipedia.org/wiki/Memristor) are something in the same area of usage...
This is interesting...
This may lead to non-moving non-volatile memory, and if it will eliminate, sorry succeed the DVD/BR along with the HDD, the only moving parts in a PC will be the fans (and rats, roaches, flies etc.)... :D
@Smokey: Don't forget the Tuxen!
I think the biggest issue with Quantum computing would be to learn completely new paradigms in programming. I read something about that topic in a German magazine but my memory is letting me down on what these were.
Oh, gawd, yeah... Normal programming logic would fail miserably in that field.....
*thinks*
I dont know if i would like that...
Quantum Computer + Digitalized Brain -> SUPREME CORE AI
Fuuuck yeah.
Multiplay on a whole new level... :D
Agreed. At this point, the good old Assembly language would be useless - but I suspect the C++ language would be still usable because it present the quantum CPU circuitry with the choices and logistics.
http://viterbi.usc.edu/news/news/2008/viterbi-algorithm-goes.htm
Interesting. And I was wondering what if the quantum CPU was made with x86 processing circuitry model...
I don't think they ever got the quantum gates to workâ€"the computer worked, apparently, but as I heard it didn't use the gates in the way intended.
in b4 terminator reference
My suspicion is, they may not have used HkMG (High-Dielectric Metal Gate) which cause the quantum transistor to fail horribly (due to Gate voltage leakage) - have they made it with HkMG, it might have worked.