Qiskit for Python Developers – Workshop
summary
Hands-on workshop shows Qiskit Python code that builds circuits (example: three-qubit H + CNOT entanglement), runs them on simulators (statevector, unitary, QASM) and on real backends (5‑ and 15‑qubit devices), and compares statevector vs real-device noise — simulator gives ideal 50/50 entangled outcomes, real hardware shows extra errors; IBM reports quantum volume 64 and targets quantum advantage near 2023 at ~21 qubits. Workshop provides Qiskit Python notebooks and a GitHub repo, demos a working Pong game (Coupon), a Minecraft‑style Kiskit Blocks series, and a physical arcade build used in a museum exhibit.
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chapters (7)
- 0:00Welcome and introduction
- 1:04Quantum computing basics
- 17:30Hands-on with Qiskit
- 47:34Quantum machine learning
- 1:37:11Quantum optimization
- 2:18:22Quantum games and community
- 3:00:20Q&A and closing remarks
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