Відео

Hello, thank you for the video! Unfortunately, the question I had (the one I hoped, the video would answer) is still open: I wanted to see a proof that this method works. It seems you have shown that it works only for a very specific circuit (3 qubits and two choices of two-level unitaries U) and even there only for two choices of input states, namely the ones the unitary is supposed to act on. I would love to see a proof that it really is impossible for the circuit to map another state (e.g. one of the basis states which is not part of the Gray code) to be acted upon non-trivially by the controlled (reduced) unitary. Thank you!! 🙏

Un saludo desde españa profesor, VOY A APRENDER DE VD. las personas de todo el mundo siempre NO LLEVAMOS BIEN TODOS. ??????????

Very beautifully explained about implementation. Thanks for such videos.

Thomas James White Barbara Garcia Robert

thank you sir

good video

Very nice explanation Thank you so much

The voice quality is very bad

Thankyou!

Sir, excellent lecture. It would help a lot if the quality of the video is also improved so that the text on the blackboard is more visible

He has another playlist on quantum algorithms. I don't believe anyone is teaching it in depth compared to him. Thank you!! Can you upload some new videos based on recent works or developments?

Goldmine!

Sir, I am grateful for your lectures.

This guy is going on in Hindi in the middle suddenly. I think even the doubts could be clarified in English.

Looks like only a 3rd of the lecture was recorded and/or uploaded. :(

The goal was to determine the code (s). However it seems like we design the circuit (CNOT gates in particular) with prior knowledge of the code (101) which would defeat the purpose because we are not supposed to know the code. Could you please explain what I am missing?

He is taking too much of time for the questions in the beginning, infact he can explain things since it is a lecture. Why hindi in the middle now and then. thank you.

Just amazing !

Simply amazing. Thank you Sir !

Very lucid and to the point. Thank you sir !

Excellent Lecture Sir .. very crisp, precise and comprehensible.

Amazing Lecture Sir ! Very comprehensible. Thanks a ton from India.

i take alot of help from lums teachers from Sabieh Anwar ,Dr Faryad thanks alot for sharing videos on youtube

I wish to have teacher like you sir

Great method of teaching

Very lucid explanation of HHL .. Thank you professor. Respect from India.

thank you, Sir

Hello Mister Muhammad, i am a rocky in Quantum computing, but i tried to understand it a little bit. i have uploaded your example, and when i run it it gives a measured theta from 0.15625. i think it must be around 0.9 is this right, so yes what can be wrong? thanks in advance

Very nicely explained

Thank you Professor. I don't understand why CCX in Oracle stands for 111 and 101 for labeled quantum states, can you explain further? What I mean is that I don't understand why the code in In[2] in Notebook specifies the labeled quantum state in this way.

Why in this sphere interpretation |1⟩ and |0⟩ are not orthogonal? It looks like if the |1⟩ vector was simply multiplied by -1 it would result in |0⟩ (flip the direction), but we know that can never happen due to orthogonality. So what would be the result of multiplication by -1 in this sphere? (certainly not the direction flip) I am very curious...

👌🏻👌🏻👌🏻

helped a lot sir!

❤

❤

Thank you Professor. How to implement the oracle in Qiskit to find a maximum element in a dataset?

is r same as query complexity?

Thank you for your effort Professor, Please I am still confused about the q4 qubit?! I mean, if we don't measure it, how it can influences the results in the code??

Finally a program that has a logical reason to run on a quantum computer other than a random number. Can you attempt to somehow use qiskit to train object detection software like yolo I don't know how you can send it a picture exactly maybe make a c++ script to convert each pixel into a qiskit script so each pixel can be something in qiskit I don't know that's for you to figure out good luck. If that's too hard don't worry about it just keep working on qiskit you do good work. Great job!

That annoying kid who doesnt stop talking in the lecture.... :/

Can you please share the notes online? It would be really helpful thank you

Nice explanation. Can u pls suggest which u are referring for proff of trotter formula and Step by step Hamiltonian simulation

Mashallah very good explaination.Keep posting these videos.I am working on QAOA

Thank you sir!

Kch nai hosktaa pakistani see

Mashallah

Hi, I am Asad. I am doing my Ph.D. at Central South University, Changsha, Hunan China in Quantum Computing. Quantum cryptography is my core area. I work on Continuous Variable Quantum Secret Sharing Schemes. This is a very helpful resource for those who are just starting to research quantum computing. Thank you for such a remarkable effort. May Allah bless you.

Dear sir i do not understand the part where you said an n-dim state psi is essentially a spherical surface of unit radius in 2^(n+1) -1 dim universe. Can you give me some references for the 2^(n+1) -1 equation. i do not get the part why you wrote such an expression to write the total no of dimensions and you subtracted -1 for the constraints. can you give me some readind material link for this.

Sir How can we contact you?

Gold lectures series. I had to deep dive into youtube to reach here. Thanks professor! Been binge watching these since last night.