A Quantum Data Structure For Classical Computers

A Quantum Data Structure For Classical Computers

ACCU Conference via YouTube Direct link

High Complexity

20 of 34

20 of 34

High Complexity

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A Quantum Data Structure For Classical Computers

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  1. 1 Introduction
  2. 2 State
  3. 3 Access
  4. 4 Quantization
  5. 5 Quantum Jumps
  6. 6 Continuous Range
  7. 7 Data Objects
  8. 8 Digital vs Analog
  9. 9 Classical Assumptions
  10. 10 Max Planck
  11. 11 Compton Scattering
  12. 12 Mass Is Not Constant
  13. 13 Discrete
  14. 14 Indivisible
  15. 15 Quantum
  16. 16 Radix
  17. 17 Base
  18. 18 Quantum Interference
  19. 19 Destructive Mutation
  20. 20 High Complexity
  21. 21 Eigen States
  22. 22 Interference
  23. 23 Reading the volume
  24. 24 Quantum bits
  25. 25 Quantum memory requirements
  26. 26 Quantum supremacy
  27. 27 Limitations of classical systems
  28. 28 Quantum computers
  29. 29 Quantum computing
  30. 30 Planck
  31. 31 Schrodinger
  32. 32 Time
  33. 33 Quantum Lifecycle Setup
  34. 34 Contact Swap

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