> In celebration of World Quantum Day, the Google Quantum AI team wanted to try a different way to introduce people to the world of quantum computing. So we teamed up with Doublespeak Games to make The Qubit Game – a playful journey to building a quantum computer, one qubit at a time, while solving challenges that quantum engineers face in their daily work. If you succeed, you’ll discover new upgrades for your in-game quantum computer, complete big research projects, and hopefully become a little more curious about how we’re building quantum computers.
Additional Q12 (K12 QIS Quantum Information Science) ideas?:
- Exercise: Port QuantumQ quantum puzzle game exercises to a quantum circuit modeling and simulation library like Cirq (SymPy) or qiskit or tequila: https://github.com/ray-pH/quantumQ
- Exercise: Model fair random coin flips with qubit basis encoding in a quantum circuit simulator in a notebook
- Exercise: Model fair (uniformly distributed) 6-sided die rolls with basis state embedding or amplitude embedding or better (in a quantum circuit simulator in a notebook)
> In celebration of World Quantum Day, the Google Quantum AI team wanted to try a different way to introduce people to the world of quantum computing. So we teamed up with Doublespeak Games to make The Qubit Game – a playful journey to building a quantum computer, one qubit at a time, while solving challenges that quantum engineers face in their daily work. If you succeed, you’ll discover new upgrades for your in-game quantum computer, complete big research projects, and hopefully become a little more curious about how we’re building quantum computers.
Additional Q12 (K12 QIS Quantum Information Science) ideas?:
- Exercise: Port QuantumQ quantum puzzle game exercises to a quantum circuit modeling and simulation library like Cirq (SymPy) or qiskit or tequila: https://github.com/ray-pH/quantumQ
- Exercise: Model fair random coin flips with qubit basis encoding in a quantum circuit simulator in a notebook
- Exercise: Model fair (uniformly distributed) 6-sided die rolls with basis state embedding or amplitude embedding or better (in a quantum circuit simulator in a notebook)
- QIS K-12 Framework (for K12 STEM, HS Computer Science, HS Physics) https://q12education.org/learning-materials-framework
- tequilahub/tequila-tutorials: https://github.com/tequilahub/tequila-tutorials