Architecture All Access: Quantum Computing | Intel Technology
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- Опубликовано: 10 июл 2024
- Quantum Computing has the potential to change our lives and far exceed the capabilities of today’s supercomputers. Join James Clarke, Director of Quantum Computing at Intel Labs, as he runs through the basics of quantum mechanics, what components make up a quantum computer, when we’ll achieve quantum practicality, and more.
During his 20 years at Intel James Clarke has been a process engineer, led advanced interconnect research, and launched Intel’s Quantum Computing efforts with a focus on leveraging our in-house transistor process and manufacturing capabilities to create scalable qubit arrays. He’s co-authored over 50 papers and holds multiple patents.
Architecture All Access is a master class technology series featuring Senior Intel Technical Leaders taking an educational approach to the historical impact and future innovations of key architectures that will continue to be at the center of ‘world-changing technology that enriches the lives of every person on earth.’ If you are interested in CPUs, FPGAs, Quantum Computing and beyond, subscribe and hit the bell to get new episode notifications.
Chapters
0:00 How Can Quantum Computers Change Our Lives?
0:31 James Clarke: Chemist at Heart
0:46 Topics In This Video
1:30 What is Quantum Superposition?
2:16 What is Quantum Entanglement?
3:07 Qubits Are Incredibly Fragile
3:33 Quantum’s Potential
4:17 Protein Folding in Cancer Research
5:15 Three Ways to Make a Qubit
6:15 Why Transistors Matter for Qubits
8:32 Spin Qubits
9:58 Controlling a Qubit
10:24 Dilution Refrigerators Get Colder Than Space
11:11 How a Qubit is Like a Sports Car
11:45 Cryogenic Chips
12:04 Future of Quantum
12:43 Recap and Challenges
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Architecture All Access: Quantum Computing | Intel Technology
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Wow, thank you so much for explaining this concept so clearly, James! This is the first time I've heard Quantum Computing discussed in an accessible way. Much love to Intel for making these videos!
Thanks for the kind words Andrew!
Are you guys also planning something on Neuromorphic computing? Intel loihi?
This is the best explanation I've ever heard. Thank you.
Incredible incredible explanation . Thanks you very much . James Clarke
Way more interesting than the computex stream
Really
James Clarke is awesome ! Great presentation for many who don't understand quantum at a high level
This is the only video i found in internet which showers some insights on how a quantum chip can actually be made. All other videos just speaks about quantum jargons but no one tells how it can be materialized in real time.
Glad you liked the video!
Awesome! Very interesting!
This outreach and production is fantastic with 12:36 resonating so true. How can independent computer-engineering tech companies, receive funding from Intel at 5:40 and collaborate with with Intel to develop qubit hardware and architectures which leverage and roadmap into Intel's manufacturing processes? For example, in my research 2:26 are 2-state qubits which scale with 2^n with 2 being the number of simultaneous states and n being the number of qubits. But the true power is in having N-state qubits with N^n, with N simultaneous states, and n being the number of those qubits.
There's a "Quantum Moore's laws" going on: One in scaling the number of qubits n (little n), and another in developing multi-state qubits. 2^n, 3^n.....N^n (Big N).
Very impressive.
is there any technical wonderwork implemented that avoid hackers to use it for their own from these superfast technology aswell?
Complete Basic Intro to Quantum Computing in a single video.
Thanks a lot.
Just throwing my opinion out there, a coin has more than two states. It can land on its side, and from a 2D viewpoint, that would be like seeing only the coin's edge. Think of coins like tristates in that case, instead of just 1s and 0s you have a gray zone as well.
Good luck, excellent video
fantastic ......
Wonderful
Amazing presentation Jim bro 😂🖤
loved this ❤ excellent 6th time watching this
This is a great explanation, but I am still confused on many points with this idea.
You are not claiming that an electron can represent a bit correct?
Because we still measure current bits via a voltage passing some threshold, so how could measure such a thing on an electron. Also you still need two sources to make the super position part correct?
I think those are my main questions that I get lost on, thank you in advance!
Export the Azure, Chat GPT, Revit, Plant 3D, Civil 3D, Inventor, ENGI file of the Building or Refinery to Excel, prepare Budget 1 and export it to COBRA. Prepare Budget 2 and export it to Microsoft Project. Solve the problems of Overallocated Resources, Planning Problems, prepare the Budget 3 with which the construction of the Building or the Refinery is going to be quoted.
Is this the future of computing? Is it worth me exploring the Linux command line and C? Thank you for this simplified explanation. Steve, Bulgaria, was Manchester UK.
Thanks ! Gravity and anti- gravity Energy in qubits ? We must manage gravity and anti-gravity Energy.
im working on it
I think we should get back to solving the old problems on this new platform. To the fundamentals!1!
we need an invention just like the transistors which changed everything in the computing world until then it seems we are using vacuum tubes just like those old days
The transistors are here. Whats needed is the wiring to connect them.
Great explanation but the ending topics need more
Explanation
Impressive, but it looks very expensive now to hold the info.
I will be !!
0:25 is my cue
nice
woww
I have a master in Quantum Physics now. ty intel
You know, i am something of a scientist myself
Sometimes my genius.....
Its almost frightening......
way simpler than I thought it would be
This video is intentionally simple. It can get as difficult as you wish
It's really not that simple.
Where do I get my Intel quantum coin?
Very interesting. Intel lectures are eye opening and worth watching! 😊
Sir you invented my imagine machine Shakti Prokriya karan yantra or power acceptor large machine or yantra. This power acceptor help update new type quantum computer India Bihar
Sir i m invented my imagine machine Tree sensor🌱🌳Ai computer system. And next invent Power acceptor large machine or yantra.
Can I get your number
@@luciajane381 i m indian. This is my mothers phone. i am 10 years old student. i m not greatest human.my dream change future l?fe and consciousness. GOD LUCK mam.
If there chips and server business doom they can try being an edutech company 😜 great video
?
This video gives me passion to go abroad.
You are not that stupid to fall into that trap, think twice about quantum stuff. People are not supposed to play God
Five
Third!
Quantum is what's going to safe Intel. Stock going high with quantum.
?
Lol they are even at the top in this field
see you soon...
D
I know how to make it work "
I am not first , but also not last
Show us a roadmap! Can't be in the lab forever. Elon Musk always has a roadmap even if it seems impossible to achieve... great engineers can solve anything!
We "can" instead of we "could" or "should" have. So the real question now is since when did you have this tech operating???
i was hoping to watch like photolithography stuff but sht ok
second!
First!
great but when can my core i7 laptop last more than 3 hours
There is still no practical use for quantum computers maybe it makes sense to pump money into it but i wouldn’t put too much into it. I‘m not sure why it makes sense to use these random number generators both states basically means both outputs. The state doesn’t help when you can’t define it which makes the qbit useless.
Quantum Computing is all about changing this probability of outcome
The video explained the use case I think curing cancer and all other health problems and keeping data secure is a really good reason why we desperately need this
@@zachflannery6750 We already have these devices but it turns out they don’t full fill the stuff that they said it will. The points that they listed are all just theoretical very shallow dreams what they will be able to achieve and for data security at your device it will not help it will probably even do the opposite.
@@platin2148 I hope they can get it done
They’re just trying to control the outcome of “luck”. That’s all it is. If you can control the outcome then anything is possible. That’s true science turning fiction into reality. They keep trying to make a faster speed when they should trying to pinch the space in between. Etc. make the circuits look like humans that’s what the point of the ancient cultures drew on the ground.
God I wish I was even half smart enough to actually understand this stuff. It sucks being not very bright. Maybe ignorance is bliss but stupidity darn sure isn't.
So intel failed at it. Failures are inevitable. But success guaranteed. Matter of time.
Hire me thanks
Wait why am I the 4th comment lmao
No you're not anymore
The wise tanzania simultaneously warn because step-brother understandably stir opposite a parsimonious lung. groovy, disgusted arm
To bad Elon Musk approach to getting things solve does not apply for Quantum computer design.
Because he has the devil himself guiding him already
D-Wave Systems is better
who FUCKING thinks about all this, LIKE HOW, XD