Quantum Computing with Python
summary
Hands-on Python notebooks demonstrate building circuits, creating Bell and GHZ entangled states, and running them on a simulator and on IBM cloud hardware via Kiskit and IBM runtime; examples show measurement counts (≈515 vs 509) and explain transpiling to device ISAs, samplers versus estimators, and how phase/entanglement affects readout. Notebooks live on a Google Drive link and run in Colab with an API token giving ~10 free minutes on real backends, QR code provided for access.
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chapters (8)
- 0:00Quantum computing with Python
- 3:45Quantum technology basics
- 11:20Classical vs quantum bits
- 28:08Entanglement and states
- 35:25First circuit with Qiskit
- 55:56Single-qubit exercises
- 1:05:00Running on real hardware
- 1:27:01Q&A
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