Hi Anastasia, I'm currently in high school 11grade and because of you I got inspired about Quantum Computing and I plan to do research in this field in future. Thank you, for making this channel
Amazing Ur each video gives me the required push to go on forward to study more n more in this field despite of not having any official study U r awesome
This cleared up a lot. I can only find a video on how the entanglement and the cubits works but not the actual hardware. This was fantastic. Thank you.
Well I didn't understand the whole video, because I think these concepts are new in Physics and I am reading the the quantum mechanics developed 80 years ago. But this is interesting... As I know I will be knowing all of those if I study quantum mechanics well now. I am so interested in it and I am going to read Quantum Mechanics by heart ❤️. Thank you Anastasia for this video!
Great video. Really interesting to see all the hardware side by side. Would love to see a video about your research process in making videos like this!
Finally your videos are coming. U r such a a inspiration for me ☺️ plz upload 2 videos in a week. I want to gain more knowledge about quantum's computing.
Is there a reason you didn't elaborate on Quantum Dot or Neutral atom architectures? I noticed that certain platforms you didn't go into as much as others (and fair enough they're a lot but 6 major ones I "think"). Is there a platform that is a "personal" favorite of yours and is there one that you think will have the highest chances of success in building a scalable universal device in the future first? I think for me Quantum Dot and Superconducting devices are super cool and there's research in hybrids where they have these two "talk" to each other in a qubit array. The physics behind that is super interesting to me, also these integrate very well with electrical circuits making communication with a classical computer feel more natural. I think these are pretty practical. By the way I give you huge props for really breaking down the physics behind each succinctly (coming from someone who's uni research is in Quantum Computing but not nearly as long as you haha). I still struggle a lot with explaining the physics & understanding the concepts deeply enough to filter out the useless jargon. Still in love with the field though and hopefully plan to make it into a career eventually. Great Video!
@@Anastasia-Marchenkova Thanks for replying, wow to be honest I wasn't sure if this comment would get noticed :) Big fan of your channel; dream though is for you to do a collab with "Andrew Dotson" one of these days. I think it'll be kind of cool to hear some crosstalk between low and high energy physicists and how you think through problems (both in terms of differences & similarities)!
Your videos acted as a hidden treasure for me who was looking fir something like this❤️. But I had a question, In India we don't have much flexibility in curriculum like being in CS we can't do many of physics courses atleast with an official degree,what can I do being a CS undergrad to contribute in quantum programming?
From last video 😅, by dsa I meant Data structures and Algorithms ( Hello! Is it useful to learn DSA(data structures and algorithms) for someone who is interested in Physics Research, can you make/suggest coding roadmap for Physics Research, right now I am going for Python-> specific libs-> ML/AI? )
From what I can tell Nitrogen Vacancy centres coupled with dynamical decoupling have some of the higher qubit coherence times so far, do you think one of these technologies will outperform the others when scaling up? Or will we end up developing many quantum hardwares and use different ones depending on the algorithm/problem we are trying to solve?
I was too confused about which hardware option I should do my research in. I decided to go for the superconducting qubits approach for my undergrad research, hope I made the right choice!
If/when you do decide to make that discord server, it may be worth open-sourcing the moderation bit, Im sure ppl would be willing to help ease the logistics. Ken Jee, to an extent, and Tina Huang, in particular, have done exactly that on their servers and the discord server has become a good resource for anything data science (cert advice, career advice, general study sessions etc.)
It's not a matter of "if" , but "when". Before the time for AGI (most likely a quantum agi) comes, you must watch Robert Miles' "AI Safety" videos . If we just let a quantum AGI act freely in the real world we might be screwed, possibly forever
Can u recommend any legit courses to get into jobs like Analog Hardware Design for qubit control and to learn more about Quantum Hardware Designs? I'm currently working as RTL Design Engineer in Intel and wanna expand my career into Quantum computing in hardware domain
@@Anastasia-Marchenkova hello, my friend have started a podcast and he's searching for guests who are Educationalist, entrepreneurs, Research students etc... Do u mind if we invite u as a guest? (Maybe next month or onwards. No deadline or smthg)
Algorithmic Qubits is just the log2(QuantumVolume)!!! IonQ isn't doint their own thing here, the QV number just gets too big eventually. The error corrected qubits just get counted like a normal qubit, right?
I'm not sure if u are aware of this but recently Nuclear Electric Resonance phenomenon was discovered accidentally. Which will help Humanity to create Quantum computing with better control...
Your channel inspired my journey into undergrad phys with a hope of going into quantum computing. For this, I thank you.
@@Anastasia-Marchenkova ljk 😭p kj
Hi Anastasia, I'm currently in high school 11grade and because of you I got inspired about Quantum Computing and I plan to do research in this field in future. Thank you, for making this channel
@@Anastasia-Marchenkova thanks
I hope you know you are inspiring lots of people and properly educating them about this field. There aren’t many people like you, thank you.
Amazing
Ur each video gives me the required push to go on forward to study more n more in this field despite of not having any official study
U r awesome
This cleared up a lot. I can only find a video on how the entanglement and the cubits works but not the actual hardware. This was fantastic. Thank you.
Well I didn't understand the whole video, because I think these concepts are new in Physics and I am reading the the quantum mechanics developed 80 years ago. But this is interesting... As I know I will be knowing all of those if I study quantum mechanics well now. I am so interested in it and I am going to read Quantum Mechanics by heart ❤️. Thank you Anastasia for this video!
This video is a great followup to Sabine Hossenfelders video Quantum Computing: Top players 2021
Great video. Really interesting to see all the hardware side by side. Would love to see a video about your research process in making videos like this!
Finally your videos are coming. U r such a a inspiration for me ☺️ plz upload 2 videos in a week. I want to gain more knowledge about quantum's computing.
@@Anastasia-Marchenkova wow U will create course's I will definitely buy your course 😊
Very nicely summarized
Making this video was a lot of work.
Is there a reason you didn't elaborate on Quantum Dot or Neutral atom architectures? I noticed that certain platforms you didn't go into as much as others (and fair enough they're a lot but 6 major ones I "think").
Is there a platform that is a "personal" favorite of yours and is there one that you think will have the highest chances of success in building a scalable universal device in the future first?
I think for me Quantum Dot and Superconducting devices are super cool and there's research in hybrids where they have these two "talk" to each other in a qubit array. The physics behind that is super interesting to me, also these integrate very well with electrical circuits making communication with a classical computer feel more natural. I think these are pretty practical.
By the way I give you huge props for really breaking down the physics behind each succinctly (coming from someone who's uni research is in Quantum Computing but not nearly as long as you haha). I still struggle a lot with explaining the physics & understanding the concepts deeply enough to filter out the useless jargon. Still in love with the field though and hopefully plan to make it into a career eventually.
Great Video!
@@Anastasia-Marchenkova Thanks for replying, wow to be honest I wasn't sure if this comment would get noticed :)
Big fan of your channel;
dream though is for you to do a collab with "Andrew Dotson" one of these days. I think it'll be kind of cool to hear some crosstalk between low and high energy physicists and how you think through problems (both in terms of differences & similarities)!
Your videos acted as a hidden treasure for me who was looking fir something like this❤️. But I had a question, In India we don't have much flexibility in curriculum like being in CS we can't do many of physics courses atleast with an official degree,what can I do being a CS undergrad to contribute in quantum programming?
"quantum computer is specific tool for specific job, just like specific move on specific beat" - Michael Jackson
14:43 My favourite part of the video 👏
Very helpful thanks...as always 👍
From last video 😅, by dsa I meant Data structures and Algorithms
(
Hello! Is it useful to learn DSA(data structures and algorithms) for someone who is interested in Physics Research, can you make/suggest coding roadmap for Physics Research, right now I am going for Python-> specific libs-> ML/AI?
)
From what I can tell Nitrogen Vacancy centres coupled with dynamical decoupling have some of the higher qubit coherence times so far, do you think one of these technologies will outperform the others when scaling up? Or will we end up developing many quantum hardwares and use different ones depending on the algorithm/problem we are trying to solve?
great video! What are your thoughts about spin quibts ? CMOS compatible for fabrication, good option for scalability
I was too confused about which hardware option I should do my research in. I decided to go for the superconducting qubits approach for my undergrad research, hope I made the right choice!
@@Anastasia-Marchenkova I couldn't agree more!
@@Anastasia-Marchenkova this is the most hopeful comment I have ever seen
Those transitions are Nice!
In fact it will by very good
Quantum mechanics is my being my favourite! ∆p∆x>h/2
Can you please talk about quantum engineering
Hi , is there a discord channel for this comunity ?
If/when you do decide to make that discord server, it may be worth open-sourcing the moderation bit, Im sure ppl would be willing to help ease the logistics. Ken Jee, to an extent, and Tina Huang, in particular, have done exactly that on their servers and the discord server has become a good resource for anything data science (cert advice, career advice, general study sessions etc.)
@@Anastasia-Marchenkova Please use Matrix instead. Discord is not safe for anything serious or controversial.
I wanna know how calculations are setup for input into the Quantum computer. I wanna use Shors algorithm to decrypt SHA 256 and SHA 512 encryption.
It's not a matter of "if" , but "when". Before the time for AGI (most likely a quantum agi) comes, you must watch Robert Miles' "AI Safety" videos . If we just let a quantum AGI act freely in the real world we might be screwed, possibly forever
Can u recommend any legit courses to get into jobs like Analog Hardware Design for qubit control and to learn more about Quantum Hardware Designs?
I'm currently working as RTL Design Engineer in Intel and wanna expand my career into Quantum computing in hardware domain
@@Anastasia-Marchenkova ok 👍 thq
@@Anastasia-Marchenkova hello, my friend have started a podcast and he's searching for guests who are Educationalist, entrepreneurs, Research students etc...
Do u mind if we invite u as a guest?
(Maybe next month or onwards. No deadline or smthg)
That was so interesting. Thank you. I always like the way you present the ideas and concepts, even if it is mostly over my head.
.
Brilliant and beautiful 🌷💖💖
Algorithmic Qubits is just the log2(QuantumVolume)!!! IonQ isn't doint their own thing here, the QV number just gets too big eventually. The error corrected qubits just get counted like a normal qubit, right?
❤️❤️❤️❤️
I'm not sure if u are aware of this but recently Nuclear Electric Resonance phenomenon was discovered accidentally. Which will help Humanity to create Quantum computing with better control...
Pls share the links
@@macdeep8523 previous Scientists used nuclear magnetic resonance... Which was less accurate for controlling Quantum operations
👍🏿👍🏿👍🏿👍🏿
0123 man koennte Das ding einen wahrscheinlichkeits rechner nennen ganz nach schroedinger
Well how many times in your life have you got "Do you people apply Quantum in front of everything?" 😂
@@Anastasia-MarchenkovaYay! But more importantly did you get the reference?🤔
So hot!
Pog
It's preferable more schemes and constructions Fotos instead of your speaking 🗣️ Head!!!