quantum-universal-education / quantum-universal-education.github.io Goto Github PK

This Issue is available during the UnitaryHACK:

Note: Teams of 1-5 people are suggested busts_in_silhouette

This tutorial must be written in a way that high school and undergraduate students can understand. The product format can be a video, tutorial, or explanation. However, it will primarily focus on a markdown file. A jupyter notebook can be created and exported.

a reference for a tutorial check here

Design a tutorial where you cover one or more of the possible areas: Quantum Software or Quantum Games.

Your tutorial should provide clear explanations of each essential concept, guiding students step by step to understand the theory. Attach the code as the desired result and the necessary dependencies to be able to run it. Focus on the educational part and explain each section of the code with references. In the final part, share a note about how you got started in this area of quantum computing. The aim is that your project will inspire others.

If you have a previously made project for another hackathon or school project, please note that this tutorial will be open-source. This means that your work will be shared with the community, and all credits will be given to you. It's a great opportunity to contribute to the field of quantum computing and be part of a larger community. To get an idea of what we expect as a result, you can check out our website.

If you have doubts about which idea could be helpful for your tutorial, we list the following possible tutorials that can be done below:

Idea one: Explains fundamental concepts with a quantum computing framework.
Idea two: Give an application using a quantum algorithm such as Grover's algorithm, Shor, and others.
Idea three: Design a tutorial to decompose circuits in the Clifford+T group.
Idea four: Design a game that uses a concept from quantum computing.
Idea five: Design a game that helps explain a concept or algorithm of quantum computing.
Idea six: Design a quantum computing reminder bot for the Quantum Universal Education discord server.

If you have your own unique idea that aligns with the above requirements, we encourage you to share it 😃 . Your creativity and unique perspective are highly valued. Just reply to this Issue to confirm your idea.

This issue is available during the UnitaryHACK:

Bounty: $100 and a free PIQUE t-shirt 🥇

Note: Teams of 2-5 people are suggested 👥

Design a tutorial where you cover one or more of the possible areas: chemistry, machine learning, cryptography, and/or any other applications that can be connected to an important issue in daily life or real world use cases.

You should explain step by step each essential concept to understand the theory of your tutorial, and attach the code as the desired result and the necessary dependencies to be able to run it. You should focus on the educational part and explain each section of the code with references, and in the final part you should add a note about how you got started in this area of quantum computing. The aim is that your project will inspire others 😄 .

If you have a previously made project for another hackathon or school project, please note that this tutorial will be open source and all credits will be given to you, as well as to get an idea of what we expect as a result, you can check out our website: fullstackquantumcomputation 💻 .

If you have doubts about which idea could be useful for your tutorial, we list the following possible tutorials that can be done 💡 :

• Idea one: Simulating the electronic structure of molecules.
• Idea two: Classification or prediction of a classical or quantum dataset.
• Idea three: File transfer using a quantum communication protocol.
• Idea four: Optimization to minimize the cost of traffic.
• Idea five: Stock forecasting.

If you have your own idea, and it follows the above requirements you can use it 😃 just reply to this Issue to confirm your idea.

This issue is available during the UnitaryHACK:

Bounty: $25 and a free PIQUE t-shirt 🥇

You should explain step by step each essential concept to understand the theory of your tutorial, and attach the code as the desired result and the necessary dependencies to be able to run it. You should focus on the educational part and explain each section of the code with references, and in the final part you should add a note about how you got started in this area of quantum computing. The aim is that your project will inspire others 😄 .

If you have a previously made project for another hackathon or school project, please note that this tutorial will be open source and all credits will be given to you, as well as to get an idea of what we expect as a result, you can check out our website: fullstackquantumcomputation 💻 .

If you have doubts about which idea could be useful for your tutorial, we list the following possible tutorials that can be done 💡 :

• Idea one: description and limitations
• Idea two description and limitations
• Idea three: description and limitations
• Idea four: description and limitations
• Idea five: description and limitations

This issue is available during the UnitaryHACK:

Bounty: $100 and a free PIQUE t-shirt 🥇

Note: Teams of 2-5 people are suggested 👥

Design a tutorial where you cover one or more of the possible areas: Quantum Software or Quantum Games.

You should explain step by step each essential concept to understand the theory of your tutorial, and attach the code as the desired result and the necessary dependencies to be able to run it. You should focus on the educational part and explain each section of the code with references, and in the final part you should add a note about how you got started in this area of quantum computing. The aim is that your project will inspire others 😄 .

If you have a previously made project for another hackathon or school project, please note that this tutorial will be open source and all credits will be given to you, as well as to get an idea of what we expect as a result, you can check out our website: fullstackquantumcomputation 💻 .

If you have doubts about which idea could be useful for your tutorial, we list the following possible tutorials that can be done 💡 :

• Idea one: Explains fundamental concepts with a quantum computing framework.
• Idea two: Give an application using a quantum algorithm such as Grover's algorithm, Shor and others.
• Idea three: Design a tutorial to decompose circuits in the Clifford+T group.
• Idea four: Design a game that uses a concept from quantum computing.
• Idea five: Design a game that helps explain a concept, algorithm of quantum computing.
• Idea six: Design a quantum computing reminder bot for the Quantum Universal Education discord server.

If you have your own idea, and it follows the above requirements you can use it 😃 just reply to this Issue to confirm your idea.

This Issue is available during the UnitaryHACK:

Note: Teams of 1-5 people are suggested busts_in_silhouette

This tutorial must be written in a way that high school and undergraduate students can understand. The product format can be a video, tutorial, or explanation. However, it will primarily focus on a markdown file. A jupyter notebook can be created and exported.

a reference for a tutorial check here

Design a tutorial where you cover one or more of the possible areas: chemistry, machine learning, cryptography, or any other applications that can be connected to an essential issue in daily life or real-world use cases.

Your tutorial should provide clear explanations of each essential concept, guiding students step by step to understand the theory. Attach the code as the desired result and the necessary dependencies to be able to run it. Focus on the educational part and explain each section of the code with references. In the final part, share a note about how you got started in this area of quantum computing. The aim is that your project will inspire others.

If you have a previously made project for another hackathon or school project, please note that this tutorial will be open-source. This means that your work will be shared with the community, and all credits will be given to you. It's a great opportunity to contribute to the field of quantum computing and be part of a larger community. To get an idea of what we expect as a result, you can check out our website.

If you have doubts about which idea could be helpful for your tutorial, we list the following possible tutorials that can be done below:

Idea one: Simulating the electronic structure of molecules. 
Idea two: Classification or prediction of a classical or quantum dataset.                                      
Idea three: File transfer using a quantum communication protocol.   
Idea four: Optimization to minimize the cost of traffic.   
Idea five: Stock forecasting.  

If you have your own unique idea that aligns with the above requirements, we encourage you to share it. Your creativity and unique perspective are highly valued. Just reply to this Issue to confirm your idea 😄 .

This issue is available during the UnitaryHACK:

Bounty: $100 and a free PIQUE t-shirt 🥇

Note: Teams of 2-5 people are suggested 👥

Design a tutorial where you introduce quantum concepts and how they make a quantum computer different from a classical computer, what are the parts of the quantum computing stack.

You should explain step by step each essential concept to understand the theory of your tutorial, and attach the code as the desired result and the necessary dependencies to be able to run it. You should focus on the educational part and explain each section of the code with references, and in the final part you should add a note about how you got started in this area of quantum computing. The aim is that your project will inspire others 😄 .

If you have a previously made project for another hackathon or school project, please note that this tutorial will be open source and all credits will be given to you, as well as to get an idea of what we expect as a result, you can check out our website: fullstackquantumcomputation 💻 .

If you have doubts about which idea could be useful for your tutorial, we list the following possible tutorials that can be done 💡 :

• Idea one: Optimize quantum circuits.
• Idea two: Explain and develop the quantum compiler.
• Idea three: Develop single or multiple gates for qutrits.
• Idea four: Propose error mitigation for a variational quantum circuit (using in VQE, QAOA, VQC, etc).
• Idea five: Explain and simulate how to build a qubit.

If you have your own idea, and it follows the above requirements you can use it 😃 just reply to this Issue to confirm your idea.

This issue is available during the UnitaryHACK:

Bounty: $50 and a free PIQUE t-shirt 🥇

Note: Teams of 1-5 people are suggested 👥

We encourage teamwork, especially from multiple areas. So for team formation if you are interested in working on this please comment on this issue!

At the beginning of Quantum Universal Education, a proposal was made to make a quiz to identify in a friendly and pleasant way the attitudes of people working in this incredible area that is quantum computing.

Therefore, we have this issue which is to make a web page that will be placed on our website fullstackquantumcomputation 💻, and must have the following considerations design a buzzfeed like quiz, consider 10 areas of quantum science and a catchphrase for each:

1. hardware happener - you push the limits of nature to make possible a new type of computer
2. software strategist - you engineer the bridge from hardware to algorithm
3. algorithm ace - you're the top of the stack and carry the team's aspirations
4. computer architecture cartographer - you map out unexplored territory
5. chemistry clairvoyant - you saw the future where you will be among the first users of commercial quantum computers
6. communication climb-tack - you pave the way to courier information to hard-to-reach places
7. cryptography craftsmaster - you refine protocols to protecc us all
8. theory thoughtcaster - you build our foundations of quantum mechanics and information
9. sensing sleuth - you chase leads detecting defects or synthesizing more sophisticated sensors
10. applications afficionado - you have the joy of using emerging technologies to tackle problems from new angles

If you have doubts about this proposal, you can write here 👍

Integrating LaTeX support directly into the website would make the content more consistent instead of using image formats.

This Issue is available during the UnitaryHACK:

Note: Teams of 1-5 people are suggested busts_in_silhouette

This tutorial must be written in a way that high school and undergraduate students can understand. The product format can be a video, tutorial, or explanation. However, it will primarily focus on a markdown file. A jupyter notebook can be created and exported.

a reference for a tutorial check here

Design a tutorial where you introduce quantum concepts and how they make a quantum computer different from a classical computer. What are the parts of the quantum computing stack?

Your tutorial should provide clear explanations of each essential concept, guiding students step by step to understand the theory. Attach the code as the desired result and the necessary dependencies to be able to run it. Focus on the educational part and explain each section of the code with references. In the final part, share a note about how you got started in this area of quantum computing. The aim is that your project will inspire others.

If you have a previously made project for another hackathon or school project, please note that this tutorial will be open-source. This means that your work will be shared with the community, and all credits will be given to you. It's a great opportunity to contribute to the field of quantum computing and be part of a larger community. To get an idea of what we expect as a result, you can check out our website.

If you have doubts about which idea could be helpful for your tutorial, we list the following possible tutorials that can be done below:

Idea one: Optimize quantum circuits.
Idea two: Explain and develop the quantum compiler.
Idea three: Develop single or multiple gates for qutrits.
Idea four: Propose error mitigation for a variational quantum circuit (using VQE, QAOA, VQC, etc).
Idea five: Explain and simulate how to build a qubit.

If you have your own unique idea that aligns with the above requirements, we encourage you to share it. Your creativity and unique perspective are highly valued. Just reply to this Issue to confirm your idea 😄 .