Quantum Computing Concepts

on YouTube ↗01h 01m

" summary

Claims that quantum machines can beat classical for specific problems, not universally, and that molecular simulation will arrive long before RSA breaking; Microsoft shows concrete progress: Q# open source with simulators that run roughly 30 qubit local simulation, a cloud coprocessor model, and resource estimation tooling that cuts a chemistry problem from 10^17 to ~10^10 resources and further to a day‑and‑a‑half runtime after optimization. Hardware approach targets Majorana‑based qubits in millikelvin fridges to reduce error rates; demo uses Hadamard tests to show measurement collapse and interference.

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" chapters (19)

1. 0:00Introduction
2. 8:30Molecules
3. 13:30Bean Plant
4. 17:20Building Quantum Code
5. 21:03Inverter
6. 23:00Vectors
7. 27:20Complex Numbers
8. 30:02Superpose State
9. 32:10Infinite Values
10. 37:45Electrons
11. 38:56Trains
12. 39:43Madonnas as halves
13. 41:16Meyer on a particle
14. 41:32Bake with Pisa
15. 43:13What is a Quantum Computer
16. 44:42Quantum Computers in the Cloud
17. 46:35QSharp Open Source
18. 48:43Quantum weirdness table
19. 55:41Questions

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