The Bizarre Quantum World with Q# and Azure Quantum
summary
Walks through concrete Q# code and Azure Quantum runs: models a Mach‑Zehnder interferometer with the H gate as beam splitter, shows deterministic interference when two H gates cancel and random collapse when an intermediate measurement occurs, builds a true quantum RNG (demo uses 16 qubits locally, 4‑bit version submitted to IonQ), submits jobs to ionq.qpu target on Azure Quantum (500 USD credits, ~12 minute queue), implements BB84 in Q# and an 8‑qubit entanglement key exchange that detects an eavesdropper with ~25% error rate.
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chapters (18)
- 0:00Start
- 2:21Introduction
- 6:10Azure Quantum
- 7:32Quantum Workspace
- 10:29Superposition
- 11:42Beam Splitter
- 22:05Random Number Generation Code
- 28:44Z-Basis
- 34:22The Uncertainty Principle
- 35:30The Stern Girl Operators
- 38:23Uncertainty Principle
- 38:46The Position and Momentum Uncertainty
- 42:20The Bb-84 Quantum Key Distribution Protocol
- 45:59Eavesdropper Probability
- 46:56Entanglement
- 51:26The Local Hidden Variables Theory
- 51:55The Bell's Theorem
- 52:59Quantum Key Distribution
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