Quantum Computing deep dive
summary
Explains how qubits store amplitudes and use Hadamard gate to create superposition, shows Bloch sphere and matrix math, and demonstrates measurement collapsing probabilities with a 100‑run loop that yields ~50 ones on a local simulator. Uses IBM Q Experience real machines (about five qubits available) and Microsoft Q# with Azure Quantum for simulation and deployment. Covers entanglement experiments sending photons across continents, the exponential power of adding one qubit, and practical limits like extreme cooling and current low qubit counts.
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chapters (10)
- 0:00Introduction and speaker background
- 3:35Why quantum computing matters
- 8:05Quantum physics fundamentals
- 15:21Quantum computing use cases
- 17:26How quantum bits work
- 25:31Quantum programming basics
- 30:48IBM Quantum Experience demo
- 33:41Q# programming with Microsoft
- 39:25Azure Quantum overview
- 40:30Closing and Q&A
