This is fantastic! For some time I was looking for quick summary of the difference between annealers and universal quantum computer. I can safely say, I found it :) Cheers from Poland :)
Interesting. I've read on the dwave annealing systems as well as the ibm or similar approach, and the arguments thats ensued over the years whether annealing is a quantum computer. I've always thought that they are due to the fact they are using qubits and the chandelier cooling system, to name a few. But I've always wondered what the current opinions are nowadays. Thank you so much for a very interesting approach to this question.
This was amazing video ! Almost all required information stuffed and condensed in this short. Great job to scripting this. Ver well done. One small request though, if narration pace would have bit slower then would help to grasp faster. I had to watch it thrice to grasp and understand completely and this only because of the pace. It would my personal issue. But thought to share with you. Thanks for a great video :-)
I'm a 20-year-old dropout, but I still found this video easy to understand. Very well explained and formed video! Thank you so much. This was amazing. I did have to search many individual terms though ahaha
this is great, Anastasia! I was reading up on annealing past few days but I needed this video to put it into context. Would you make a video on what's a topological quantum computer?
Recommend you to create a vedio cover following content 1. Degrees and Majors for Quantum computing 2. Major Universities offering courses on Quantum computing 3.Job opportunities in Quantum computing 4. Countries which offer opportunities in Quantum computing 5. Companies that are offering opportunities in these areas
It's much different from the news articles who focus solely on the "number of qbits". Great video 👍. But here are some questions at the back of the mind of most viewers... "what's in it for me"... How is this knowledge ever going to benefit me? Can I start a business or get a job? Addressing them would be great.
How are you solving decoherence in your machines? And if is with electromagnetic fields, how do you reduce noise? I really like the part of roughed landscapes this can be apply to almost any complex system
@@Anastasia-Marchenkova actually..so Nice to you...and I am so blessed that I found your channel.. because...this types of contents on QC is very ..hard to find on YT ....So Thank youu soo soo...much...☺️☺️
Can we simulate molecules using a quantum annealer.. because the working of an annealer (evolving to the lowest state ) seems very much like the VQE algorithms used to model molecules Gate model qcomputing?...I couldn't find a good answer anywhere 🤔
Just found your channel - I'm enjoying it. General question occurred to me... Is a quantum computer quickly reprogrammable? Does it take some time to set it up, and more time to let things come to equilibrium before running the calculation? Usage and timing concerns, etc...
**Question:** I have a rather complex problem in multidimensional space (6-18D depending on the problem at hand). The space itself has boundaries and we know that there is a limited number of minima. We want to find all the minima, not just the global minimum, but all the local minima in an unbiased way. MC annealing would need to run for... quite a long time. Translating the problem into Chebyshev polynomials and then dissecting it using Gröbner bases sounds overly complicated. Full search (grid -> find minima on the grid -> optimize grid minima) is taxing as even for 6D problem we need billions of grid points. The question is, can quantum annealing provide me with an unbiased search for all the local minima? It sounds like it can. Thank you for the answer!
I have no idea what you just said. The only part I understand was the graph theory and the difference between annealers and gate-based. Also, the name Hadamard haunts me. I swear, when I hear his name I remember those darn complex hadamard matrices.
Interesting stuff. I wish I could grasp these concepts more. Where would you recommend I could start, having only an engineering background and some programming?
Excellent channel and content, just subscribed and looking into watching all the videos. Please, if you could create a video coding and teaching some simple quantum algorithm it would be awesome.
i am a first year undergrad student at IISER in India am i too young to start quantam computing I can study for long hours (considering that I cracked JEE and a bunch of other exams) but this still sounds foreign to me.
Your diagrams differentiating classical and quantum computing operations are great, can you make them available or link them? Thanks Screenshots may be poor.
I think Leonhard Euler coined "physical mathematics" centuries ago. I got that idea around 1980. Mathematics can be represented by physical objects. So, can we say atoms are physical objects that model quantum mathematics? Rigden's "Hydrogen" for the layman gets exponentially more complex chapter by chapter. He covers the cognition, philosophy and theology of the quantum physicists. Is hydrogen, singly or in swarm, the incarnation of the math?
Think round robin aquantum time. Around aes was it.. Got it and polynomial when to exponential of large numbers. So now we both goth into a so called a 2qubit errors. Solving a equation of einstein math problem. Awesome 😎
Wasn't there a famous quantum computation that turned out correct but they opened up the device and found the qubits had decohered, but the answer was still correct
@@Anastasia-Marchenkova Sorry my memory and understanding is terrible but aren't adiabatic quantum processes probabilistic so you've got a certain percentage chance that even if it's noisy inside there is a percentage chance you will still get the right answer?
Anastasia, do you ever do presentations at universities? I just started a quantum computing club and thought you might be interested in visiting to talk to us about how you got to where you are now!
DWave tweeted "D-Wave marks a major milestone on the journey to #QuantumAdvantage in a new peer-reviewed paper in Nature Communications. The research uses a D-Wave lower noise system to show 3 million times speed-up over classical alternatives on a real-world problem". Can you 1, unpack this, 2, identify world changing applications from DWave and 3, identify world changing apps from 24 startups at QIC, Quantum Industry Canada. What does Wall Street need to know about quantum disruption to industry, finance or the economy?
@@Anastasia-Marchenkova Wall Street and Artificial General Intelligence: Artificial General Intelligence may be sloppy thinking or a sloppy term because it does not specify a particular world. Let me illustrate: Stock markets were invented in Amsterdam in 1602 and over the centuries the men and women of Wall Street have largely reduced the world to numbers. So, will Artificial General Intelligence arise in the world of Wall Street? Will such AGI be achieved with legacy or quantum computers? A proof one way or the other might merit a Nobel prize.
Thank you! It's valuable content. Is there any source that I can learn which manufacturer produces which type of quantum computer? Or in which areas players are in terms of quantum computers.
@@Anastasia-Marchenkova кстати я подумал что ты рекламируешь книгу 'deep work' Она очень выделяется на фоне черных книг, мне аж захотелось загуглить ее, и если это так, то пять баллов маркетингу)
Something that I'm not getting here is why bother say "QA is limited to solving some optimization problems on graphs such as TSP and map Coloring", when we know these problems are NP-Complete and hence we can solve every other NP problem by converting it into the TSP or Coloring? doesn't this mean that Quantum Annealers aren't that limited? Also I'm a bit confused by the term "QUBO". you say it stands for " Quantum unconstrained binary optimization" but online the meaning seems to be " Quadratic unconstrained binary optimization". are they just simply interchangeable? Sorry for my ignorance on the subject I'm still trying to learn :)
hi! considering we have perfect qubits, what's the relation between the number of particles we have in a molecule and the number of qubits we need to simulate it?
💎 of Quantum Computing: BTW Are atoms themselves elemental quantum computers? Can we characterize atoms as machines? Machines that do computation? Quantum, of course. Elemental...the source of everything? The advantage of being a dummy is to be able to frame dummy questions!
Addendum: DWave references, Scaling advantage over path-integral Monte Carlo in quantum simulation of geometrically frustrated magnets. By Wall Street I mean people who manage 42 trillion dollars investments and by apps, I mean, in the case of DWave 200+ applications.
You can save time by cross referencing RUclips Up and Atom P and NP or similar videos as indicated. Vancouver has DWave, General Fusion, Carbon Capture, tons of super tech and, if you and friends lived there, you'd rock climb, ski tour, ski Whistler, and be super outdoorsy but it's no country for old men like me.
Dont want to ask you to do anything, but i think it would be really helpful if you could make something like a tutorial series or something. If you dont know anything about this its really hard to follow. Too many terms that mean nothing to me. Couldnt you make an video for the absolute noobs like me? With an start and an endpoint?
This is unavoidably apparent but I personally found constant movement and turbo superfast speech little tiring. Content is powerful and well presented and that is the important thing on my part tough.
Now, this was worth my time !! Great content.
Bravo! I shared this with Aaron our 10-year old quantum computing Intern, who is learning QUBO and ISING models to code the D-Wave annealer.
Hey I'm Aaron and I'm a Darkstar intern! Happy to meet you
You just making quantum computing a cool and an approachable concept. Thank you thank you
This video is amazing, full of well explain topic.
Thanks Marchenkova
You are so good a communicating complex topics in a simple, understandable way! Great video!
This is fantastic! For some time I was looking for quick summary of the difference between annealers and universal quantum computer. I can safely say, I found it :) Cheers from Poland :)
I'm shocked how much I've understood from you. Thank you!!
You're welcome 😊
Interesting. I've read on the dwave annealing systems as well as the ibm or similar approach, and the arguments thats ensued over the years whether annealing is a quantum computer. I've always thought that they are due to the fact they are using qubits and the chandelier cooling system, to name a few. But I've always wondered what the current opinions are nowadays. Thank you so much for a very interesting approach to this question.
Very concise, informative and helpful. Wonderful content on Quantum computing as always.
This was amazing video ! Almost all required information stuffed and condensed in this short. Great job to scripting this. Ver well done. One small request though, if narration pace would have bit slower then would help to grasp faster. I had to watch it thrice to grasp and understand completely and this only because of the pace. It would my personal issue. But thought to share with you. Thanks for a great video :-)
I believe it is QUADRATIC unconstrained binary optimization (QUBO), not quantum unconstrained binary optimization.
Absolutely excellent presentation!
Wonderful explanation, well described.
Just discovered your channel, and I must admit your videos are very informative. Thanks
Incredible video! Always educational.
Best talk on quantum computing that I've heard so far! Thanks for bringing clarity and making it fun.
Glad you enjoyed it! Thank you so much!!!
It was a really nice and informative video. Keep up the good work miss !!!
I'm a 20-year-old dropout, but I still found this video easy to understand. Very well explained and formed video! Thank you so much. This was amazing. I did have to search many individual terms though ahaha
Much need explanation. Thank you for the beautiful video.
I love your videos! Certainly binge worthy. I find myself challenged to reach above my tech support field and strive for a thorough understanding.
Happy 10k!!
Great efforts. Thanks ana
this is great, Anastasia! I was reading up on annealing past few days but I needed this video to put it into context. Would you make a video on what's a topological quantum computer?
I definitely needed to put this on half speed and take breaks to look up the terminology. Great summary.
@@Anastasia-Marchenkova It was, most discussions of this topic are far too "hand wavy" I think.
As a PhD student working in nanotechnology and molecular quantum computing......
This some good shit
Amazing content!
Fell in love with the way this is presented ❤
Recommend you to create a vedio cover following content
1. Degrees and Majors for Quantum computing
2. Major Universities offering courses on Quantum computing
3.Job opportunities in Quantum computing
4. Countries which offer opportunities in Quantum computing
5. Companies that are offering opportunities in these areas
Just tell us if it will run Minecraft
Correct me if I'm wrong but as far as I understand D-Wave doesn't have a universal quantum annealer but the quantum annealing model is universal.
Great content! Are annealers only made by DWave? And only with SC qubits?
It's much different from the news articles who focus solely on the "number of qbits".
Great video 👍. But here are some questions at the back of the mind of most viewers...
"what's in it for me"... How is this knowledge ever going to benefit me?
Can I start a business or get a job?
Addressing them would be great.
How are you solving decoherence in your machines? And if is with electromagnetic fields, how do you reduce noise? I really like the part of roughed landscapes this can be apply to almost any complex system
Wonderful video ❤. Can you please review Neuropheric Quantum computer by DYNEX ?
Can you use a quantum annealer to solve gradient decent problems and have better machine learning?
Yes, D-Wave is specifically good at gradient decent.
Your way of explaining things ...👍👍... awsome..keep growing...
@@Anastasia-Marchenkova actually..so Nice to you...and I am so blessed that I found your channel.. because...this types of contents on QC is very ..hard to find on YT ....So Thank youu soo soo...much...☺️☺️
Can we simulate molecules using a quantum annealer.. because the working of an annealer (evolving to the lowest state ) seems very much like the VQE algorithms used to model molecules Gate model qcomputing?...I couldn't find a good answer anywhere 🤔
Can you make a video on uncomputation and why we need to uncompute things in quantum computers?
So I have no relation with quantum/tech, but your voice is so good. I saw your 4 videos back to back😂
This video made me subscribe to this really informative channel.
Just found your channel - I'm enjoying it.
General question occurred to me...
Is a quantum computer quickly reprogrammable? Does it take some time to set it up, and more time to let things come to equilibrium before running the calculation?
Usage and timing concerns, etc...
Love the content. It's amazing ❤️🙏🙏👍
Thanks for all the efforts
**Question:** I have a rather complex problem in multidimensional space (6-18D depending on the problem at hand). The space itself has boundaries and we know that there is a limited number of minima. We want to find all the minima, not just the global minimum, but all the local minima in an unbiased way.
MC annealing would need to run for... quite a long time. Translating the problem into Chebyshev polynomials and then dissecting it using Gröbner bases sounds overly complicated. Full search (grid -> find minima on the grid -> optimize grid minima) is taxing as even for 6D problem we need billions of grid points.
The question is, can quantum annealing provide me with an unbiased search for all the local minima? It sounds like it can.
Thank you for the answer!
thank you, Anastasia, for making again such an interesting video, well explained! ciao from the " Dam"
I have no idea what you just said. The only part I understand was the graph theory and the difference between annealers and gate-based. Also, the name Hadamard haunts me. I swear, when I hear his name I remember those darn complex hadamard matrices.
Hi.
Have you ever seen the transition to quantum computing from the nuclear magnetic resonance field?
And thank you for your videos!
Спасибо.
Gorgeous, super smart and educated! What else can you ask for!!! Long live the motherland!
With Checkers and Go and a good string of analysts
Great video !
Interesting stuff. I wish I could grasp these concepts more. Where would you recommend I could start, having only an engineering background and some programming?
@@Anastasia-Marchenkova got it. Thanks a lot :)
Thank you very much
Excellent channel and content, just subscribed and looking into watching all the videos. Please, if you could create a video coding and teaching some simple quantum algorithm it would be awesome.
I live in Boston and I would like to know why Worcester thinks it can be on the graph at 3:00
thank you for a great video
Super informative and get to the point. Love ya
Very informative! This is great!
Learned so much. Thank you! :)
Great explanation! Thank you
i am a first year undergrad student at IISER in India am i too young to start quantam computing I can study for long hours (considering that I cracked JEE and a bunch of other exams) but this still sounds foreign to me.
What are the prerequisites to learn quantum computers. I'm from physics background want to do PhD in quantum computing hardware
Great video! But I have a question, so is IonQ’s 32 Qubit - 4 million quantum volume claim on their Website correct ? Thank you 🙃🙂
Would it be possible for a universal gate based computer to have an instruction set like a classical computer.
Yes!
silly question but kind of like gradient descent? and the one of the most asked, can a quantum computer multiply protein folding efforts?
Your diagrams differentiating classical and quantum computing operations are great, can you make them available or link them? Thanks Screenshots may be poor.
I think Leonhard Euler coined "physical mathematics" centuries ago. I got that idea around 1980. Mathematics can be represented by physical objects. So, can we say atoms are physical objects that model quantum mathematics? Rigden's "Hydrogen" for the layman gets exponentially more complex chapter by chapter. He covers the cognition, philosophy and theology of the quantum physicists. Is hydrogen, singly or in swarm, the incarnation of the math?
Excellent video!!
Think round robin aquantum time. Around aes was it.. Got it and polynomial when to exponential of large numbers. So now we both goth into a so called a 2qubit errors. Solving a equation of einstein math problem. Awesome 😎
I wish you had shown how an algorithm is mapped on to a gate based quantum computer, like you did for the quantum annealer chip
Wasn't there a famous quantum computation that turned out correct but they opened up the device and found the qubits had decohered, but the answer was still correct
@@Anastasia-Marchenkova Sorry my memory and understanding is terrible but aren't adiabatic quantum processes probabilistic so you've got a certain percentage chance that even if it's noisy inside there is a percentage chance you will still get the right answer?
Hi Anastasia. Can you please recommend the bestUK based quantum computing course for beginners. Thanks a lot
MIT opencourseware. Visit that website for notes. I can't say but may be that helps you.
Anastasia, do you ever do presentations at universities? I just started a quantum computing club and thought you might be interested in visiting to talk to us about how you got to where you are now!
Love the content! Bitcoin episode??
@@Anastasia-Marchenkova That's awesome! Very exciting!
DWave tweeted "D-Wave marks a major milestone on the journey to #QuantumAdvantage in a new peer-reviewed paper in Nature Communications. The research uses a D-Wave lower noise system to show 3 million times speed-up over classical alternatives on a real-world problem". Can you 1, unpack this, 2, identify world changing applications from DWave and 3, identify world changing apps from 24 startups at QIC, Quantum Industry Canada. What does Wall Street need to know about quantum disruption to industry, finance or the economy?
@@Anastasia-Marchenkova Wall Street and Artificial General Intelligence: Artificial General Intelligence may be sloppy thinking or a sloppy term because it does not specify a particular world. Let me illustrate: Stock markets were invented in Amsterdam in 1602 and over the centuries the men and women of Wall Street have largely reduced the world to numbers. So, will Artificial General Intelligence arise in the world of Wall Street? Will such AGI be achieved with legacy or quantum computers? A proof one way or the other might merit a Nobel prize.
could you talk more about no cloning theorem?
@@Anastasia-Marchenkova please...have a discord server of your!
we would really love that!
🙂😌
Watching the video understand a course from Edx , from your recommendations )
I Wish theres another explanation how It's work with Electron Telescope by generating all It's complex datas
Thank you! It's valuable content. Is there any source that I can learn which manufacturer produces which type of quantum computer? Or in which areas players are in terms of quantum computers.
@@Anastasia-Marchenkova Thank you! 🙏🏻
Really useful content..like the way you present these concepts..you speak like a Quantum Rockstar! :) :) @Anastasia Marchenkova
Have you ever meet Dominic Walliman from DoS?
excellent video !
D-wave quantum computers or contemporary quantum computers are quite disappointing
курс математического анализа) ty for the video!
@@Anastasia-Marchenkova кстати я подумал что ты рекламируешь книгу 'deep work' Она очень выделяется на фоне черных книг, мне аж захотелось загуглить ее, и если это так, то пять баллов маркетингу)
Something that I'm not getting here is why bother say "QA is limited to solving some optimization problems on graphs such as TSP and map Coloring", when we know these problems are NP-Complete and hence we can solve every other NP problem by converting it into the TSP or Coloring? doesn't this mean that Quantum Annealers aren't that limited?
Also I'm a bit confused by the term "QUBO". you say it stands for "
Quantum unconstrained binary optimization" but online the meaning seems to be "
Quadratic unconstrained binary optimization". are they just simply interchangeable?
Sorry for my ignorance on the subject I'm still trying to learn :)
Do you think that by 2030-2040, quantum computer will be able to predict the weather exactly like back to the Future 2?
awesome!! excellent content
Excellent!
What is your view about ion q quantum computer
hi! considering we have perfect qubits, what's the relation between the number of particles we have in a molecule and the number of qubits we need to simulate it?
you need 200 qubits to simulate an insulin molecule for example
💎 of Quantum Computing: BTW Are atoms themselves elemental quantum computers? Can we characterize atoms as machines? Machines that do computation? Quantum, of course. Elemental...the source of everything? The advantage of being a dummy is to be able to frame dummy questions!
very good
Can you help me write a research paper on this topic plzzz
Framed sheet of cid nice
*You came empty and you left empty. this is life*
Addendum: DWave references, Scaling advantage over path-integral Monte Carlo in quantum simulation of geometrically frustrated magnets. By Wall Street I mean people who manage 42 trillion dollars investments and by apps, I mean, in the case of DWave 200+ applications.
You can save time by cross referencing RUclips Up and Atom P and NP or similar videos as indicated. Vancouver has DWave, General Fusion, Carbon Capture, tons of super tech and, if you and friends lived there, you'd rock climb, ski tour, ski Whistler, and be super outdoorsy but it's no country for old men like me.
Do you think everybody who is studying IT will be unemployed soon?
Great
Dont want to ask you to do anything, but i think it would be really helpful if you could make something like a tutorial series or something. If you dont know anything about this its really hard to follow. Too many terms that mean nothing to me. Couldnt you make an video for the absolute noobs like me? With an start and an endpoint?
🙏🏻🙏🏻🙏🏻👍👍🙏🏻🙏🏻
Turns the quantum volume up to 100
BTW The going rate for tier 1 experts like you to consult on "Wall Street" may be $1,000/hour. Supply and demand, eh?
Athena personified Wisdom and aided the cunning Odysseus?
Your lateral neck movement is very attractive. Keep it up, Nastya.
This is unavoidably apparent but I personally found constant movement and turbo superfast speech little tiring. Content is powerful and well presented and that is the important thing on my part tough.
Uhhhh serial killer?
So like you dear!!!!