A Beginner's Guide To Programming Quantum Computers With Open-...
summary
Begins with a live demo using Qiskit (also mentions Cirq and PennyLane) to create two qubits, apply a Hadamard then a CNOT, run thousands of shots on a simulator and observe ~50/50 measurement outcomes showing entanglement but also noise. Notes real devices from IBM and Google (roughly 30 qubits on that demo), D-Wave for optimization, surface-code error correction, quantum cloud services (IBM, AWS, Azure), and a 5–10 year hardware miniaturization estimate.
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chapters (19)
- 0:00Quantum computing basics
- 1:06Quantum computing matters
- 3:54Quantum applications overview
- 5:20Drug discovery simulation
- 7:03Classical vs quantum differences
- 9:09Qubits and superposition
- 11:40Bloch sphere visualization
- 13:27Quantum entanglement explained
- 15:14Teleportation and cryptography
- 17:03Quantum gates introduction
- 21:58How quantum computers built
- 23:23Quantum error correction challenges
- 25:48Open source quantum tools
- 27:12Live demo Qiskit PennyLane
- 30:26Getting started programming
- 31:28Quantum computing trends
- 35:45Quantum learning resources
- 36:06Summary beginner's guide
- 36:50Q&A quantum memory AI
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