Quantum Software and Games [unitaryhack] about quantum-universal-education.github.io HOT 13 CLOSED

@MaldoAlberto I have updated the issue by adding the required images.
And yeah, sharing the bounty is cool with me :)
Thanks

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@MaldoAlberto Okay me and @neelkanthrawat are working on # 2 ! we will try to add some other algorithms also!

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Hi @divshacker and @Varary73 ! Thank you very much for participating in this issue, there are only two very small comments, in the case of @divshacker you can explain more about the encoding and in the case of @Varary73 you can add images that support the rules of the game, although there is already a demo but only for support. For these considerations, if you agree, we would like to split the bounty $50 for each of the jobs.

from quantum-universal-education.github.io.

I have written a tutorial on explaining idea # 1. I explained some fundamental concepts like Quantum Circuits are reversible by executing basic quantum circuits is qiskit, and demonstrated bloch sphere rotations in qiskit framework. I am sharing the code link here with you: Here it is

from quantum-universal-education.github.io.

I have written a tutorial on explaining idea # 1. I explained some fundamental concepts like Quantum Circuits are reversible by executing basic quantum circuits is qiskit, and demonstrated bloch sphere rotations in qiskit framework. I am sharing the code link here with you: Here it is

Hi @SakibulIslamSazzad , we like the tutorial but would like if it could be more interactive for the bounty of Quantum Software and Games. The concept of reversibility is important --- is it possible to add a simple game to the jupyter notebook to enforce the concept? For instance, an idea is to display a matrix, and ask the user whether it is reversible, and/or to find what is its inverse.

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Hello !
Can use of Grover's Search algorithm for problems like Pattern Matching and Quantum Amplitude Estimation would be a good thing to add as a tutorial in correspondence to idea # 2 ?

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Hi @pafloxy !
Yes that is a good idea for idea 2 👍

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@MaldoAlberto, as a team for participating iand solving this issue, @divshacker and I agree. Thanks for this amazing issue

from quantum-universal-education.github.io.

I have written a tutorial on explaining idea # 1. I explained some fundamental concepts like Quantum Circuits are reversible by executing basic quantum circuits is qiskit, and demonstrated bloch sphere rotations in qiskit framework. I am sharing the code link here with you: Here it is

Hi @SakibulIslamSazzad , we like the tutorial but would like if it could be more interactive for the bounty of Quantum Software and Games. The concept of reversibility is important --- is it possible to add a simple game to the jupyter notebook to enforce the concept? For instance, an idea is to display a matrix, and ask the user whether it is reversible, and/or to find what is its inverse.

yes, I am on it as you suggested. I will share the link here once again.

from quantum-universal-education.github.io.

Hi @pafloxy ! Yes that is a good idea for idea 2 +1

@MaldoAlberto Since understanding QAE requires working knowledge of both Grover's Search algorithm and the Quantum Phase Estimation should I add detailed explanation of both of them ? But that might make the tutorial uneccessarily long to follow , rather I might point the reader to some of the resources out there alreaady.
And any suggestion towards interactivity of the tutorials would be helpful !

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Hi @lia-approves @MaldoAlberto I am struggling to link my pull request to this issue. I created a quantum game to check reversibility or not as you suggested. Can you please check the pull request I made and linked to this issue? Here is my pull request link on this repository: #23. Thank you

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Hi @pafloxy! First of all this issue has already obtained the bounty, you can continue if you want to continue for a certificate of participation of the unitary fund and a t-shirt of Quantum Universal Education.

If you agree to continue, you must explain the important parts of the application, obviously not all the theory, but use a simple quantum circuit and explain its usefulness and say that it will do the same, you can also rely on other resources to explain all the steps, the important thing is to explain your code and why you arrived at that result. If it is something extensive, put a brief description and the reference for more details.

from quantum-universal-education.github.io.

hi @SakibulIslamSazzad

First this issue has already obtained the bounty, you can continue if you want to continue for a certificate of participation of the unitary fund and a t-shirt of Quantum Universal Education.

If you agree to continue, your game is the same as the previous tutorial, you can approach with other gates AND the game doesn't show how to win or how to lose, I don't understand it.

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