Added: 5 years ago
From: LUXVIBES
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  • should've used it to solve p=?np

  • This is the worst demonstration ever! If you're going to present the next generation of computing power, show me how it performs on CPU intensive algorithms that current system don't do well on. Not a flipping sudoku game.

  • Why waste time with these tard applications.

    HyperPi, NOW!

  • can the speed of that thing put me into the matrix then invent the virtual reality from gamer and divide by zero

  • "notwithstanding lofty claims in the company's press release about creating the world's first commercial quantum computer, D-Wave Chief Executive Herb Martin emphasized that the machine is not a true quantum computer and is instead a kind of special-purpose machine that uses some quantum mechanics to solve problems."

  • as soon as this computer can do the theoretical amount of calculations, it will be able to find a solution for time travel in 1 second, the second after that, it will be able to find a solution for antimatter weapons, and we'll kill ourselves, and the DMV will still take fucking forever.

  • can it run crysis in very high?

  • Yes and no, at the same time.

  • lol

  • Indeed, and the sad part is that if you shoot your opponent you die =P.

  • maybe when they create a Quantum GPU :-)

    but Console fanboys will still be going on about how console is so much better, that it has better graphics, lol and using a gamepad is much better.

    we'll be using our Quantum Mouse & Keyboards, that Osmosis themselves after use. and they will still be jerking off to their controller "Ohhhh Rumble Pad, oooooh."

  • so u think it can run crysis in very high, with physics very high + maybe a little aa?

  • @1981z28camaro lol, I dont think you're going to use "keyboard " or "mouse" when the quantum computers are out... + quantum technology will affect gaming consoles too. So the arguing between computers and consoles is not going to end

  • @laitela01 lol, I think that there would still be a market for a mouse and keyboard :-)

  • @1981z28camaro You think? I think they would aim for a bit more developed controlling system than keyboard and mouse. No idea what would it be though...

  • @laitela01 guess we'll have to wait and see :-)

  • @krisb33333 not even quantum computers of the future will be able to run crysis on very high :(

  • @adikid89 That's funny, mine can play Crysis like that already...I HAVE AN ALIEN COMPUTER FROM ANOTHER DIMENSION!!! Well, now I know why they call it Alienware...

  • @krisb33333 no it can't ^^ and far away from that !

  • a few atoms can solve sudoq in a few seconds...

  • don't even begin to talk about seconds....

    rather a nanosecond

  • That's a really long time, a "few seconds"?

  • im so happy!!! that gives me hope for the future!!

  • now we all can cheat at sudoQ!

  • enviame una respuesta de los comentarios que te estoy haciendo respecto a los grados de dificultad de los sudokus en los que los mas dificiles son los de cinco estrellas

  • man i wonder what kind of video game graphics you could get one one of those puppies !

  • For all sudoku solutions

    stormloader com/users/abhinanth/saduki html

    dont close the window coz its just in java script

  • Terrible!!! wiev Sudoku Minato please on fremsoft . it

  • I am very far from being anything close to "quantum computer" expert but i really don't get three things about this movie: how come this is the first thing a Sudoku fan like me finds searching for Sudoku on YouTube? why do we need this quantum computer to solve a simple Sudoku in so much time? was this movie taken on a boat heading its way on the Amazonas? (what's with all those those shakes??)

  • lol it's not the main goal of a QC.. it's a demo... down the line a QC could solve unlimited sudoku puzzles before it has even seen them, potentially, it just goes to show the power that could be unlocked.

  • Pretty sure it was 11.

  • i have an algorithm that solves sudokus in less than half a second in a "classic" computer, this quantum computer is rubbish

  • The quantum computer has 16 qubits, its version of a bit. Thats less than the bits in a digital watch, which is why it is impressive.

  • actually 16qbits is about where today's computers are

  • quiero jugar sudoku presentame los mas dificiles y como resolver los de alta dificultad si existe un metodo para resolver los de mas alto grado de dificultad

  • I translated your text, from what I understand you want to know how to solve hard sudoku problems. I'm pretty sure theres an algorithm floating around for how to solve them but I know they exist because there are tons of computer programs out there that solve these problems in no time. I can search for you if thats what you're asking

  • yes, but do they use algorithms or just brute force? ;)

  • er.. this is just a basic insight to a running quantum computer. once they increase the amount of qubits, current encryption will be deemed useless. try having a computer that knows the answer before you ask the question?

  • Yes but with quantum computers comes better quantum keys and encryption so it will balance out. I assure you the infrastructure will be built with quantum computers before standard end users will have them.

  • but surely the point of a quantum computer is that it would be so instantanious no degree of encryption would be adequate?

  • No, in terms of brute force attacks the complexity of a true quantum key would wash the processing power of quantum processing. Granted I'm keeping in mind the power of both systems are somewhat equal (same qbits). Quantum encryption would be uncrackable and the least of these reasons would be due to cipher/algorithm complexity. If I had more room I'd get into it and Google has a great about of information on the future of QC.

  • indeed, i see where your coming from, but if the key is as strong as the lock, why bother?

  • Yes but the lock is also as strong as the key. The main reason why it would be impossible is due to Heisenberg's uncertainty principle(i.e. particle wave duality) The very act of viewing any quantum data would change it. This little video will show you more of what I'm talking about (you might have seen it before) youtube(dot)com(backslash)watc­h?v=DfPeprQ7oGc

  • cuando me vas ha enviar las respuestas a los comentarios de los que te estoy haciendo paar que me los envies

  • I'm sorry. I don't speak spanish well. what were you trying to say?

  • Lol..somthing about when he sends comments, those that that you send to him have somthing wrong, idk, his spanish is bad lol

  • los mas altos qrados de dificultad son los que tienen mas estrellas en los sudokus. algun metodo para darle soluciones a los mas dificiles

  • Hay sudokus mas dificiles, el ejemplo resuelto por la computadora cuantica es uno de esos, si buscas algun metodo te sugiero revises cursos de variable compleja o algebra, ya que algoritmo para resolver un sudoku es tan complicado como el algoritmo para ganar siempre en el ajedrez (no resuelto aun)

  • people, people... this is only the beginning...

    patience. it will come.

  • My professor said this is bullshit.

  • I was at the Vancouver event today, they clearly said its currently about 100 times slower than digital computers, but this is just the beginning, 16 qubit. By Q3 next year, they should have a working 1024 qubit computer which is more powerful than current digital computers.

    Plus they had great food after the event :P

  • "1024 qubit computer which is more powerful than current digital computers"

    This is false. There are certain problems for which a quantum computer offers more efficent algorithms than a digital computer. There are problems for which the classical algorithms are still the best. A quantum computer running a classic algorithm yields no improvement in efficency.

  • A real quantum computer would have solved that sudoku in less than a nanosecond...

  • idiot. the computer wasn't on site, they were sending it instructions across a secure connection in America. The computer is in Canada.

  • Oh, adbatstone, you want a flame war, don't you?

  • Quantum computing is bunk nonsense...and this video makes my claim official.

  • How many times did he say "eh" .. Canadian. 4 sure.

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