A Quantum Data Structure for Classical Computers

A Quantum Data Structure for Classical Computers

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Bohr Atomic Model

7 of 32

7 of 32

Bohr Atomic Model

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Classroom Contents

A Quantum Data Structure for Classical Computers

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  1. 1 Introduction
  2. 2 Quantum Behavior
  3. 3 State
  4. 4 Quantization
  5. 5 Analog and Digital
  6. 6 The Hero
  7. 7 Bohr Atomic Model
  8. 8 Compton Scattering
  9. 9 Wave Functions
  10. 10 Quantum Jumps
  11. 11 Aleksandr Schrodinger
  12. 12 Albert Einstein
  13. 13 Wave particle duality
  14. 14 Standing waves
  15. 15 Russian standing wave
  16. 16 Quantized
  17. 17 Digital
  18. 18 Quantum Waveforms
  19. 19 Physics Valid States
  20. 20 Personal Pet Peeve
  21. 21 Radix
  22. 22 Discrete vs Superposition
  23. 23 A qubit
  24. 24 A cubit
  25. 25 The Land of Imaginary
  26. 26 Wavefunction Collapse
  27. 27 Mutation
  28. 28 Summary
  29. 29 Reading a value
  30. 30 Memory requirements
  31. 31 Quantum machines outperform classical machines
  32. 32 Quantum machines may outperform classical machines

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