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Quantum Circuit Optimization Across Quantum Hardware

πŸ§‘β€πŸ”¬ Research Team GitHub Guide - Reccomendations

Welcome to your research repository! This guide will help you work together using Git and GitHub β€” no prior experience needed. Feel free to modify this, it's only for your introduction to your team's repo.


πŸš€ Getting Started

Clone your repository to your computer:

git clone https://github.com/YOUR-ORG-NAME/YOUR-TEAM-REPO.git

🌿 Branching Workflow

Always work on a separate branch. Never push directly to main.

  1. Create a new branch for each task or feature bash

    git checkout -b feature-your-name
    
  2. Make your changes locally Work on your files as needed β€” save your progress often.

  3. Stage and commit your changes

    git add .
    git commit -m "Your descriptive commit message"
    
  4. Push your branch to GitHub

    git push origin feature-your-name
    
  5. Open a Pull Request (PR)

    • Go to the repo on GitHub
    • Click "Compare & pull request"
    • Add a short description of your changes
    • Tag a teammate to review it

Once approved, it can be safely merged into main.

πŸ“Œ Commit Message Tips

Write clear, useful messages that explain what and why, like:

  • Add quantum state simulation function
  • Fix matrix dimensions in tensor product
  • Update README with cloning instructions

πŸ” Keeping Your Repo Up to Date

Always sync with the main branch before starting new work:

  git checkout main
  git pull origin main
  Then create your feature branch from the updated main.

🧠 Best Practices

  • βœ… One branch per feature or fix
  • βœ… Pull frequently to avoid merge conflicts
  • βœ… Keep your code well-commented and organized
  • βœ… Use README.md for explanations
  • βœ… Track bugs, tasks, or ideas with GitHub Issues
  • βœ… Communicate often in your team chat and meetings, get to know eachother outside of work (lunch, dinner, night on the town)

πŸ’¬ Need Help?

Ask questions in your team chat, or bring them to your next Advisory or Working Meeting.

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ML-Guided Quantum Circuit Optimization

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