IBM Quantum System Two
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- Опубликовано: 22 авг 2024
- Introducing the designs for the IBM Quantum System Two, the world’s first modular and 100% customizable quantum computing system. The System Two will contain a three-tiered chandelier capable of housing 3 quantum processors - all held within its scalable, hexagonal cryostat. It’s also possible to link multiple System Two cryostats together, with long-range couplers connecting the quantum processors. Three System Two cryostats connected together will deliver as many as 16,632 qubits-far beyond the size of any quantum system available today. This modularity even extends to the system’s compute and gas handling bank, which is 100% customizable so clients can extend computational capacity by swapping out classical compute racks for AI racks and vice versa. The System Two design also takes human factors into consideration, with convenient pull-out desks and seating built into the system. IBM Quantum System Two is more than just a quantum computer; it’s an essential building block for the quantum-centric supercomputer of the future.
Read more: ibm.com/quantum...
props to the 3 d artist who did the animation , this looked so cool !!
artists*
Yeah it is completely awasome
even first first classic computers were this big
I think as we evolve this big quantum computer will also be available in the size of micro chips
quantum computers will never shrink down but the next generation will be, cloud powered hybrid computers. Which is baisically classical computers + quantum computers.
Love watching this progress. It seems to be surreal. Can’t see what this will lead too. Great work IBM. Good video.
If their gate fidelities are a bit better than in current devices, a single (very expensive) fault tolerant qubit! 🙃
Surreal’s the word I was thinking of too. I literally checked to see if this was a parody video or an old aprils fools video. Bizarre that just a few years ago this video would have been something made for a sci-fi movie. When now it’s an actual working (I’m assuming - not that I’d understand how) working product
Это приводит что мы станем подобно богами
Awesome work, just Awesome. the ability to extend computational capacity of existing system, MIND blown, nice work IBM, also nice animation.
0:25!
the melody with the futuristic tech is just like WestWorld!
One of the most beautiful animations I have ever seen. Inspiring work. Can't wait to see black hole simulations using systems like this.
Are you perhaps a physicist?
@@zzz_zzzzzzz_zzz_imtired I like physics and hope the tools will mature one day to allow even hobbyists like myself an opportunity to play with quantum systems like black holes and fluid dynamics.
@@mr_sandiego sounds good, i feel you there. The deeper you go into it the more interesting it gets, huh
I saw your playlists, ill definetly be checking those out ;)
Мне тоже нравится физика и математика. И этот компьютер нам очен нужен
Seems like IBM is gonna be a tough competitor for Google with this modular tech
Google has some catching up to do, alot actually
Mind-blowing advancement! 🚀 IBM Quantum System Two's modular and customizable design is a game-changer for the future of quantum computing. The ability to house multiple processors and extend computational capacity seamlessly is simply phenomenal. Excited to see how this technology will revolutionize AI and data processing! Who else is thrilled about the possibilities? 🤖🔬 #QuantumFuture #TechInnovation
Good job IBM. First in quantum computer selling. Thanks
Does anyone know who did the industrial design for this machine? Great work.
0:17 such a weird human
😂
Yesss! Proud to be an IBM admin.
Can't wait to put these on my RTX shaders for Minecraft
This is so interesting my life will completely change thanks to this machine THANK YOU IBM
Вопрос в том, являются ли эти 16К+ кубитов полностью переплетёнными, или это опять маркетинговая уловка, как было с предыдущим решением?
Chilling animation for move that can be called as end-of-an-era
ICQIPC 2023 - June 19-20, 2023 in Barcelona, Spain
International Conference on Quantum Information Processing and Communication aims to bring together leading academic scientists, researchers and research scholars to exchange and share their experiences and research results on all aspects of Quantum Information Processing and Communication. 0:58
Source: WASET
IBM you should collaborate with the university of Tokio to develop an Optical Quantum Computer
IBM has many departments or product. But i guess the quantum computer product is the most leading one??
Cant wait. I hope IBM Quantum supercomputer annihilates everything on the top500 and by a lot for like 1% of the energy needs.
Looks like a nice dream, suggestive video anyway
Love to have a job working with IBM Quantum System !
The apple 🍎 of videos ❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤ , bravo 🙌 to editors ✍️ you are amazing, we need ai for better USA
Seems IBM is leading.
ai sim, vou comprar um desses so pra jogar crysis no ultra 4k
I do not think this will ever fit into our pockets one day.
They said the same thing about regular computers in the 1950s. Your cell phone is a computer in 2022. We’ll probably have quantum cell phones in the 2050s
@@BNSFGuy4723 Why would we have quantum cell phones? What would be the reason
@@dodgydave1053 I’m sure people asked that about regular cell phones. “Why would we ever need a computer in our pocket”
@@BNSFGuy4723 No, not really. Personal computers have general function especially in a typical consumer context so it makes complete sense for them to get smaller. Why do people who have no idea about quantum computing assume so much about the technology lol. They can be used to speed up specific parts of algorithms which currently would be run on supercomputers. Current classical computers have more than enough power and versatility than any normal consumer like you would need.
@@BNSFGuy4723 this is different tho
But, what did it compute so far, which can't be done with classical computers???
Classical Computers fail in big data simulations, or at least take extremely long , even super computers fail to simulate "relatively" simple systems with large numbers of variables.
Digital computers are also quantum. That's the issue here. Quantum computers are only as good as their networks. So up until recent years, they've had no real use because we didn't have the wires and peripherals to transport the data any better than a binary, digital computer. Computers run on binary - and so far as we can tell - the entire universe is also binary with Super Symmetry. Quantum computers are digital, and still use binary coding because there is nothing wrong with it. It's just a matter of definition, and where we move the goalposts. This computer is the next logical evolution.
go pushing IBM!
Is there a reason for the layout the single computers stand in this video?
How have you solved decoherence? Error correcting so there is usable output?
8,316 qbits? 😳😲
finally a computer that can run minecraft
With minecraft, the problem is not the computer. It's the code.
What's the dimensions on the system? And by that I mean, length, width, and height of each processor unit and the cryostat?
yes
Ok, how much? I want one or two in my lab..
What does it actually do?
Design and aesthetics
But will this be for general coomputing or "just" for specialized computing tasks?
Why would you require a quantum computer for general computing?
Lol what is the average user groing to need this for? Sure I could maybe see it in the future when the tech gets miniaturized, but in its current form it is more useful for research centre and AI application
@@_Chad_ThunderCock I will buy this with a small loan of a million dollars
@@KDA333 good luck using it xD
It's for research. Just like how we got covid vaccines in a very short span of time.
Im gonna play league of legends on this computer
Can it run cs2?
You guys are scaring me.
“Quantum AI”
Hell ya boi, were getting closer to Skynet everyday
@@_Chad_ThunderCock they say quantum computing will be ready for prime time in 2025.
So a Quantum super computer ? 🤔
Where can i buy it? :D
I love science fiction.
Just like a binary bit is the basic unit of information in classical (or traditional) computing, a qubit (or quantum bit) is the basic unit of information in quantum computing.
A qubit is a quantum bit, the counterpart in quantum computing to the binary digit or bit of classical computing. Just as a bit is the basic unit of information in a classical computer, a qubit is the basic unit of information in a quantum computer. 1:01
One qubit can take the value of two bits. Two qubits can take the values of four bits. In general, n qubits can take the values of 2n.
Sources: Microsoft Azure; TechTarget; Vincent-Philippe Lauzon
Supercomputers are widely used in a variety of national security and scientific discovery applications including climate change research, molecular behavior patterns, and cryptology. Quantum computing is still in its relative infancy, but this advanced technology already promises to solve real-world problems. 0:10
Source: Montana Instruments
RIP RSA-2048 I guess.
I thought few hundred qbits are enough to reach quantum superiority. What can we do with thousands qbits machine next year?
Hack every bank account in russia and switzerland and erase them all at once.
Quantum supremacy just means that the quantum computer cannot be simulated by a classical computer. The world record for a qubit simulation on a classical computer is only 48. You don't need many qubits to beat the record. But just because a classical computer can't simulate your quantum computer does not mean you can really do anything practically useful with that power. Qubits need to be in the thousands before it really becomes practically useful and not just an educational toy, and in the hundreds of thousands before they start revolutionizing other fields.
The God - alpha version 0.2
But can it run doom
But the top quantum computing researchers are saying quantum winter is coming soon
Can I play doom on it?
I'm here to prize the BGM choice of Waltz op. 64
IBM has been using this song in their advertising since the eighties
Awesomeness
The end is coming😂
dope
Oo
WOWWWOWOWWOWWOW
Welcome new tech world !
Do we remember when the Nazis use one of the first IBM machines introduced to the world let’s hope this one turns out a little better and that wasn’t just a little computer and this is the big one
Oh man. Nice.
ER=EPR
QPU !
and all of that for what?
For many things, quantum computers excel at certain type of problems.
Like say for example, modelling quantum systems, brute-forcing encryption or extremely quick searching.
It can significantly accelerated AI development, quickly search for drug combinations for medicine and possibly cure cancer, accurately predict weather, decryption and possibly even see the future. The possibilities are almost endless.
Thats cool
Can it run DOOM?
Probably No 🤣🤣🤣. Clasical computers wont be better than classical computers for that kind of thing. It's pretty nitch..
@@deathsoulger1what did he mean by this?
@@unaincreibleroca3427 It's a shoot em up.
Wouldn't one quantum computer be enough to handle the entire global economy along with everything else? If more than one is needed then they better get back to work because quantum computing isnt the answer.
I think having only one would be more dangerous than multiple QCs. To give one country that power could be catastrophic unless a system such as NATO would govern it. But would have to be a rep from every country.
@@djlystics They are all working together behind the curtain.
It was almost perfect but the narrator needed a pop filter
IBM this is your last chance , Please don't disappoint me
💫 🦅 💫
A commercial disguised as an educational video. Corporate greed.
Can it run Tetris?
What does this shit do
In the end, superconducting architectures will lose. They will not scale or miniaturize to the levels to make them truly practical for the world. IBM will ultimately abandon this architecture. Mark my words.
It will be many years if not decades before a superior architecture is commercially viable. Just having a commercially viable quantum computer at all will be a huge advantage over competitors.
@@momentary_ In the short term, for researching purposes and for limited business use, superconducting may be valid. But in the early 2030s non superconducting practical quantum computers with millions of qubits will be viable and all quantum computers from there on out will be non superconducting. Just thinking practically and realistically, do you think people are going to carry liquid nitrogen in their pockets or in their skulls? A superconducting refrigerator will never be practical for consumers. That will always remain in the lab.
@@revisionfour The money that governments and businesses would spend to have access to this technology can not be underestimated. They don't need this to be pocket sized. They just need it to work.
They don't need to be practical for consumers lol
These bad boys will be used in research centres to optimise AI almost instantly, find new drug solutions (possibly find cure for cancer etc.), Perfectly predict the weather and possibly see the future.
They don't have to miniaturize it, have you ever seen data centres? Like the only point of miniaturization would be for consumers and what would they even use it for?
So all in all I don't get the point your trying to make
@@_Chad_ThunderCock In order for these machines to be practical for wide use and adoption they need to be in the millions of qubits. They do need to miniaturize to scale to practical worldwide use. Companies will use early machines in research labs a little bit now and in the next few years but in the 2030s when Quantum computing has its heyday, with machines in the millions of qubits, we will be using non superconducting quantum computers that do not need liquid nitrogen or extreme refrigeration. IBM cannot compete in the coming future with this architecture choice. It's like betting on DC current over AC. One will scale, one will not.
4000 qbits is like a kilobytes in speed terms
Fake, gay computer.
Well. Iron dinasaur eh?
Pk4
But is running Windows.
How to quantum computers work
What does this mean in layman's terms?
A normal computer says yes and no with electronic sparks... a quantum computer can say 85% yes 15% no with light... in short, it thinks more like a human, machines with gradual thought, guessing, and emotion... it will still be able to be a normal computer, just as fast as our modern pcs if it wants, but instead of being stumpped on impossible questions it will give you accurate guesses... this is over simplified... its best known for simulating nature, so it can like a normal pc very quickly tell you the tempature of water, where its at on the earth, the substance and viscosity, then on top of that use its quantum bits to best estimate how those infinite particles interact to show you accurate shapes of waves... think human mind, with instant google database on top :)
It means “Skynet”
The possible applications will be significantly accelerated AI development, quickly simulate drug combinations and find cures for cancer, extremely accurate weather predictions and even possibly see into the future (with a powerful enough quantum computer). The possibilities are endless
It means the world is about to get a massive technological upgrade.
google ad: technology+animation= COOL
apple. ad: technology+animation= COOL
IBM ad: technology+animation= bit BORING
WHY?????
They don't have any idea about what a content looks like? They confuse between content and process...
Apple and Google know how to build a content, even their presentation have always been interesting in our heart (Gen Z and Millenials)
Even 27 years ago Steve Jobs already predicted it : ruclips.net/video/s4Cz49MLh4o/видео.htmlsi=vQT2tYNg88oDkSle
My "Lenovo" Thinkpad from 2015 is faster then this bullshit with like millions of calculations per second !🤣
Сколько fps в Counter-Strike?