Quantum Computing
summary
Amazon Web Services launches amazon bracket as a pay‑per‑task Jupyter workflow that runs circuits on simulators and real QPUs (IonQ, D‑Wave, Rigetti), logs outputs to S3 and uses IAM; demo builds Had/CNOT circuits, creates a Bell pair and performs teleportation with 100,000 shots, then inspects task results. Current devices sit around 30–72 qubits, useful simulations need ~70–200 qubits, cryptographic breaks need ~6,000 clean qubits (≈1,000,000 with error correction), so hybrid CPU/QPU pipelines and simulators are the practical path today.
AI-written summary · about
chapters (25)
- 0:00Intro
- 2:30Amazon Braket
- 4:30Chriss background
- 5:05Book agenda
- 6:00Agenda
- 7:10Quantum Computing
- 9:45Why Quantum
- 12:30Quantum Computing Era
- 15:10Marketing Slide
- 16:20Use Cases
- 18:55Customer Stories
- 19:43Fidelity
- 21:13QPU
- 23:21Cubit
- 26:14Circle Notation
- 28:28Number of Circles
- 29:08Quantum Bits Needed
- 30:35Superposition
- 32:47Bell Pear
- 34:16Teleportation
- 36:24Simulation
- 37:51Lab Environment
- 38:07Hybrid Quantum Algorithm
- 40:37Phase Manipulation
- 44:31Looking Ahead
related talks
18mQuantum Computing in the Cloud
26mA sneak peek into the future with quantum computing
41mQuantum Computing in Practice: Where We Are, What Works, and What’s Next
47mUnboxing Quantum Computing
50mThe quantum computers are coming
42mQuantum Computing Demystified
39mPractical Quantum Computing Today
55m"Hello, Multiverse!" - Quantum Computing and You