Hi Anastasia. I am shyam and I am a Physics Undergraduate student at St. Stephen's College, India. Nice to meet you. I am currently having Quantum mechanics in my college and I am finding it super exciting.
Great video, 👌. I really would love to see you showing in practice how to solve some quantum equations, implementing quantum algorithms or just showing how to calculate the probabilities of finding a qubit in a certain state!
Hoping for more advanced videos in the future, ideally with some slides that gives some details, diagrams, and/or references. At 4:37 you say "Let's assume that each number is one byte. At N=30, 2^30, or a gigabyte of memory is needed." It sounds like some of the explanation is missing. Are you assuming that one classical byte is used to store the amplitude of each state that could be in superposition, and then counting how much classical memory is required to store all those bytes? So with N=30 qubits, there are 2^30 states that could be in superposition, and to store one amplitude for each (at one byte per amplitude), we would need 2^N = 2^30 = (2^10)^3 = 1024^3 ~ 1000^3 bytes, or one gigabyte. Also, at 10:17 , it sounds like this video was originally made for a different audience.
Yep, a comprehensive and concise 101 video, well done. Here is a recommendation you can consider if you wish: Some images, diagrams, maybe short clips here and there in the video may help keeping your audience engaged. I personally find it at least an order of magnitude easier to follow a material that offers visual support as well.
I propose that atoms sort signals as useable or not; that each element of the periodic table is like a chess piece capable of unique moves or signals processing; that interactions are like a chess game; that the game analogy applies at various scales of matter, from atomic, molecular, protein, organism, planet, through to cosmos; that the sum of all these concurrent games, is itself like a game.
thanks for the video. I really like your style of teaching. Maybe a little visualization here and an animation there could be good idea for the next videos. Greetings from a cs-student, you inspire me to study this field :)
I'm doing an independent research project on quantum machine learning this summer! Do you have any recommendations for learning more about this field? Should I just read as many relevant papers as I can, or are there certain textbooks or online courses which would speed up my learning? I'm planning to delve into things like neural tensor networks for knowledge base representations. Anyways, your channel is always motivational for me! Thanks for keeping me excited about this stuff!
Lol I wish I had a teacher for quantum mechanics/technology. It’s not difficult learning by myself, but I have a feeling that that a teacher would help me learn better
Great video. There's a lot to unpack here, but my question would be this: what technological/materials brrakthrough can really boost the scale in which quantum computers can operate?
I am a electrical and electronic engineering undergraduate student what should be my path from now to do masters in hardwere of quantum computers????please help me ☹☹
It would be cool to see the facility you work in and how quantum is applied to these real life systems. Why do quantum computers always look like fancy chandeliers? 😄😄
Congrats on the channel, great work and potential. Please think of adding graphics next to you as you explain, like a board to illustrate the steps. I know it is a lot of work but it d amazingly help us stay focused. Look at Finematics channel style.
Thanks Anastasia. Is there any advantage to upgrade Google search algorithm via using quantum computer ( other than speed of results) than via classical one? . Thank you kindly
Even though my dad is computer teacher, I only knowing little bit of binary, I can do HTML too, and mostly I'm using my computer to make music, making statue design in sketchup and making nature poster in photoshop 😂
Anastasia, please make video on physics resources that how a beginner learn physics from scratch to level that he able to quantum mechanics and computing
Basically I am a computer science student and I face a lot of problem in understanding physics. I seen your python resource video and it can help great that I request you to make a video on physics resources
*Hello I am 11th grade Indian highschooler I love Quantum also I am planning to go to MIT after highschool for BS but I am a bit uncertain about if there is any subject such as Quantum Information Science or not ??? Please guide me. I am watching your videos since your channel started and my friend too.*
A great one video 🙃 , actually I've had a question for you , is it possible to have entanglement with values [0⟩ [0⟩ rather than traditional [0⟩ [1⟩ , and in case it's possible what are we going to have connecting them to a third particle , is a wave function distribution going to change ?🤔 Regards
Can you suggest me a good CZcams channel to study quantum mechanics and also is it necessary to have proficiency in classical mechanics to understand quantum mechanics ..?
I have a good experience with python, and I want to learn Cirq and qiskit, should I learn quantum physics to be more familiar with those languages or I can start directly?
@@Anastasia-Marchenkova Thank you! Actually your videos inspired me to focus my career as an undergraduate student on this field. Keep up the good work!
great work by you in this field, but until and unless there are some concrete study material to suffice quantum computing's existence in today's technology it all seems fictional. Hoping for practical works and tutorials by you in future.
Why the heck have i just watched a full video about quantumcomputing? And why in the lords name do i actually think its exciting?? 🤔🤔 Didnt understand a word of it. But still very interesting!!
How does a computer computes using the quantum mechanics properties? I am not sure why your video and majority other explain this same way? Either it is hard to explain or they do not understand it. Thanks anyway.
"Ah, another one! What she's going to tell me about? About cool Instagram filters? Quantum... What?! Quantum computing?! Subscribe! What reality are you from, lady?"
I can swear, I understand a tiny bit more of the video, with each new video!
Thank you and please keep it up )
Hi Anastasia. I am shyam and I am a Physics Undergraduate student at St. Stephen's College, India. Nice to meet you. I am currently having Quantum mechanics in my college and I am finding it super exciting.
I am always amazed at how much quality information you have packed into your videos! Wonderful job!
I was always fascinated about quantum physics but you are inspiring me right now.
Great video, 👌. I really would love to see you showing in practice how to solve some quantum equations, implementing quantum algorithms or just showing how to calculate the probabilities of finding a qubit in a certain state!
Hoping for more advanced videos in the future, ideally with some slides that gives some details, diagrams, and/or references.
At 4:37 you say "Let's assume that each number is one byte. At N=30, 2^30, or a gigabyte of memory is needed." It sounds like some of the explanation is missing. Are you assuming that one classical byte is used to store the amplitude of each state that could be in superposition, and then counting how much classical memory is required to store all those bytes? So with N=30 qubits, there are 2^30 states that could be in superposition, and to store one amplitude for each (at one byte per amplitude), we would need 2^N = 2^30 = (2^10)^3 = 1024^3 ~ 1000^3 bytes, or one gigabyte.
Also, at 10:17 , it sounds like this video was originally made for a different audience.
Yep, a comprehensive and concise 101 video, well done.
Here is a recommendation you can consider if you wish: Some images, diagrams, maybe short clips here and there in the video may help keeping your audience engaged. I personally find it at least an order of magnitude easier to follow a material that offers visual support as well.
I propose that atoms sort signals as useable or not; that each element of the periodic table is like a chess piece capable of unique moves or signals processing; that interactions are like a chess game; that the game analogy applies at various scales of matter, from atomic, molecular, protein, organism, planet, through to cosmos; that the sum of all these concurrent games, is itself like a game.
thanks for the video. I really like your style of teaching. Maybe a little visualization here and an animation there could be good idea for the next videos. Greetings from a cs-student, you inspire me to study this field :)
Very well explained!
I'm doing an independent research project on quantum machine learning this summer! Do you have any recommendations for learning more about this field? Should I just read as many relevant papers as I can, or are there certain textbooks or online courses which would speed up my learning? I'm planning to delve into things like neural tensor networks for knowledge base representations.
Anyways, your channel is always motivational for me! Thanks for keeping me excited about this stuff!
Amazing 👍👍
Lol I wish I had a teacher for quantum mechanics/technology. It’s not difficult learning by myself, but I have a feeling that that a teacher would help me learn better
Great video. There's a lot to unpack here, but my question would be this: what technological/materials brrakthrough can really boost the scale in which quantum computers can operate?
Maybe the quantum computing technology will help solve the fusion reactor research dilemmas.
I am a electrical and electronic engineering undergraduate student what should be my path from now to do masters in hardwere of quantum computers????please help me ☹☹
great work 😍
It would be cool to see the facility you work in and how quantum is applied to these real life systems. Why do quantum computers always look like fancy chandeliers? 😄😄
Congrats on the channel, great work and potential. Please think of adding graphics next to you as you explain, like a board to illustrate the steps. I know it is a lot of work but it d amazingly help us stay focused. Look at Finematics channel style.
Is it me or is there like a weird gamma shift on this video? 😝 jk great video
@@Anastasia-Marchenkova how to start in quantum computing. Is there any online courses available to start.
Thnx for accepting
Thanks Anastasia. Is there any advantage to upgrade Google search algorithm via using quantum computer ( other than speed of results) than via classical one? . Thank you kindly
Video on quantum entanglement?
Would a probalistic accelerator card be useful for some quantum algorithms. A pbit is a bit that has a random probability of flipping its position.
Hey ,would be more engaging if you add some cool mild bgm scores throughout the video and grt content by the way!
how does Machine Learning and Quantum computing work together?
Even though my dad is computer teacher, I only knowing little bit of binary, I can do HTML too, and mostly I'm using my computer to make music, making statue design in sketchup and making nature poster in photoshop 😂
Anastasia, please make video on physics resources that how a beginner learn physics from scratch to level that he able to quantum mechanics and computing
Basically I am a computer science student and I face a lot of problem in understanding physics.
I seen your python resource video and it can help great that I request you to make a video on physics resources
@@saadmalik5282 Check out the third volume of The Feynman Lectures on Physics. It's best book to learn Quantum physics.
@@MrAlRats Accept A bandle Thanks from me
*Hello I am 11th grade Indian highschooler I love Quantum also I am planning to go to MIT after highschool for BS but I am a bit uncertain about if there is any subject such as Quantum Information Science or not ???
Please guide me.
I am watching your videos since your channel started and my friend too.*
When you truly want to understand something teach it.
A great one video 🙃 , actually I've had a question for you , is it possible to have entanglement with values [0⟩ [0⟩ rather than traditional [0⟩ [1⟩ , and in case it's possible what are we going to have connecting them to a third particle , is a wave function distribution going to change ?🤔
Regards
How do you get into this field ?
Can you suggest me a good CZcams channel to study quantum mechanics and also is it necessary to have proficiency in classical mechanics to understand quantum mechanics ..?
I have a good experience with python, and I want to learn Cirq and qiskit, should I learn quantum physics to be more familiar with those languages or I can start directly?
@@Anastasia-Marchenkova Thank you! Actually your videos inspired me to focus my career as an undergraduate student on this field. Keep up the good work!
You mean the future of quantum computing has a real probability of brightness.
great work by you in this field, but until and unless there are some concrete study material to suffice quantum computing's existence in today's technology it all seems fictional.
Hoping for practical works and tutorials by you in future.
@@Anastasia-Marchenkova exactly!!!
@@Anastasia-Marchenkova is there any good playlist on youtube or any paid platform to learn Azure Quantum?
Anybody heard what she said?
Hello.....can you please share some name of the introductory but good journals which accept bachelor level review work on Quantum cryptography?
@@Anastasia-Marchenkova thank you
Why the heck have i just watched a full video about quantumcomputing? And why in the lords name do i actually think its exciting?? 🤔🤔 Didnt understand a word of it. But still very interesting!!
How does a computer computes using the quantum mechanics properties?
I am not sure why your video and majority other explain this same way? Either it is hard to explain or they do not understand it.
Thanks anyway.
English very good
Gorgeous :)
420 views on 4/20.
4️⃣2️⃣0️⃣ ♥️🥴
❤
Gr8
"Ah, another one! What she's going to tell me about? About cool Instagram filters? Quantum... What?! Quantum computing?! Subscribe! What reality are you from, lady?"
Now i know how to pronounce your name
The stuff went through one ear and out the other, don’t know man maybe it’s just me
The words "both" and "simultaneously" or "same time" should be banned from being used in any description of quantum superposition.
Yippee your video came 🙂🙂
Will you become my elder sister ?
☺️