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Theoretical Physicists John Preskill and Spiros Michalakis describe how things are different in the Quantum World and how that can lead to powerful Quantum Computers.
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Animated by Jorge Cham:
Featuring: John Preskill and Spiros Michalakis
Produced in Partnership with the Institute for Quantum Information and Matter ( at Caltech with funding provided by the National Science Foundation.
Animation Assistance: Meg Rosenburg
Transcription: Noel Dilworth
#FQXiVideoContest2014
Source: https://blogema.org
Read more all post Computer Technology : https://blogema.org/computer/
At least I learned the jargon
0:37 internet explorer icon!
I hear Jeff Goldblum.
thanks for animating my thoughts i should be having while this dude whisper talks in my ear. what i ended up doing was just turning up the volume and scrolling down so i couldnt see the moving video.
Why is the voice of the speaker so low?…it makes me a little bit sleepy xD
Great video! I watched it after 5 years it was posted.
Quantum computers are a great idea… and always will be. They'll never amount to anything; decades of trying prove it. We're no closer at all. These two undergraduates don't know shit.
I think Quantum phenomena does happen at the macro level,only slower and less often than the micro level.
How can we tell the difference between "probability distribution + ignorance"(like the coin) and "real intrinsic quantum randomness"?
Isn't the idea of "intrinsic randomness" just a advanced form of ignorance?
Maybe to show, that even god doesn't know the answer(seen at 02:07) is part of this new ignorance.
God doesn't play dices!!!!!!!!!
I think quantum physics is so difficult to even the best of the experts. They are just pretending to know it.
hehe "quanfidential"
What was the question @ 5:34 ?
so good animation and simultaneously so boring explaination …why ?
Was this supposed to be a simple explanation about how quantum computers work or was this video aimed at quantum physicists who already understand this stuff? Mere mortals like most of us would have a hard time making any sense of this video. What would be really nice is an explanation of how a quantum computer can add 2+2 and come up with 4 every time, even with all this 'randomness'.
Can quantum computing be hacked?
Very nice and elegant illustration !!
One of them really sounded like Royce Bracket from the game Transistor
We need to quit abusing electrons.
Could a warp drive and an dimensional travel drive both exploding cause a Quantum explosion?
This article makes a counter argument. Thoughts? https://edgylabs.com/unhackable-chinese-communication-network-soon/
So this means no one really understands it yet or maybe ever
you are playing with fire, Quantum is evil, the worst part it can
travel to time to fix his mistake, ( Just like Terminator Movie) When
the first Quantum Computer functional you will have Quantum Robot with
Quantum Brain that consciousness . That is the end of Human Kind
HAHAHA.
There is no such thing as randomness in the universe.
you may THINK, there are… but that is only because you can not see the whole picture.
I do not get it why humans keep calling things.. "Oh, that is completely randomness, because if i can not understand it or see the path, then it clearly must be random".
NOTHING, in the universe is random, just open your eyes and mind damn it.
a quantum computer with a memory of a gold fish ????
how are these quantium computers messing with are time line and the fabric of our reality? how does it pull information from other parrell universes?
42!
This video is interesting, and education, but seems a bit short on explaining just what is quantum computation. It does a great job showing some of the characteristics of quantum systems as compared to classical. But it's not clear from this, beyond vague generalizations, how qubits and quantum phenomena can be harnessed to do useful computational work. How, at least in principle, would we add 5+7? Or solve a quadratic equation? Or find a fish in a photograph?
The voices of the presenters alone will bore you out of your mind and not focus on learning anything. Plus their explanations suck. There, I said it.
Is this mean a single quantum transistors is quad core? where a traditional transistor has only two possibilities 1 and 0 but quantum is "0 1 0 1"?
I loved the reference to the hitchhikers guide to the galaxy ????
I'll buy one for gaming.
why do you whisper ? You are putting me into sleep :c
Okay… so you cannot debug the code or what?
can it solve ackerman number with high values?
trs
we live on one plece on one time and we can only see this particular in thad one please even if they are in multiple places in thad time
sounds like a lot of bull crap
wow
Greek subs, please? 🙂
Wow!it is interesting!
How do you find enough storage space to store so much information?
SO my computer wouldnt work anymore, because its always open, and i look at it
so the quantum level is illogical I don't buy it.
Can anyone give me an example problem that is well suited for a quantum computer? If the solution to a problem is not deterministic (or at least an approximation), how can we take it as a good solution?
im confused af
faust in his devil costume, another reason to connect the computer is the work of the devil. not