Quantum Algorithmic Foundations: Understanding Quantum Information and Computation - Lesson 6

Quantum Algorithmic Foundations: Understanding Quantum Information and Computation - Lesson 6

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— Introduction

1 of 18

1 of 18

— Introduction

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Quantum Algorithmic Foundations: Understanding Quantum Information and Computation - Lesson 6

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  1. 1 — Introduction
  2. 2 — Overview
  3. 3 — Integer factorization
  4. 4 — Greatest common divisor
  5. 5 — Measuring computational cost
  6. 6 — An abstract view of computation
  7. 7 — Encodings and input length
  8. 8 — Elementary operations
  9. 9 — Circuit size and depth
  10. 10 — Cost as a function of input length
  11. 11 — Example: integer addition
  12. 12 — Asymptotic notation
  13. 13 — Polynomial versus exponential cost
  14. 14 — Classical computations on quantum computers
  15. 15 — Toffoli gates
  16. 16 — Simulating Boolean gates
  17. 17 — Simulating Boolean circuits
  18. 18 — Conclusion

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