1. Quantum Physics
2. Possible Uses
3. Random Number Generation
4. Standard Computers
5. Predictable Algorithms
6. Super-Conductive Implementations
7. Magnetic Train Systems
8. Hacking
9. Cracking Standard Encryption
10. P vs. NP. NPC
    1. P (Polynomial Time)
    2. Problem Types
    3. NPC (Non-Polynomial Complete)
    4. NP (Non-Polynomial Time)
    5. Unsolvable Problem
11. Easily Factoring Prime Numbers
12. Base of Modern Encryption
13. Creation of Quantum Encryption
14. Experiments
15. Double Slit Experiment
16. Schrödinger's Cat
17. Superposition
18. Photon Interference
19. Equations
20. Erwin Schrödinger
21. 1935
22. Father of Quantum Mechanics
23. Superposition
24. Entanglement
25. Invisible link
26. Entangled Particles
27. Entanglement Sudden Birth
28. Entanglement Sudden Death
29. Noise and Interference
30. Re-entangled
31. Error Correction Software
32. Wave Functions
33. Possible states of a system
34. Interaction of wave functions
35. Close Proximity
36. Quantum bits (Qubits)
37. Standard bits
38. Two states
39. 1
40. 0
41. Quality of Superposition
42. Entangled
43. Observed or Measured
44. Other Qubits
45. Multiple Calculations at Once
46. Standard Computers
47. One Calculation at Once
48. Probability Altitudes
49. Interference
50. All Matter is Entangled
51. Big Bang and Universe Expansion
52. Regardless of Distance
53. New Protection
54. Unbreakable
55. Particles
56. Multiple States at once
57. Quantum Computing Power
58. Multiple Calculations at once
59. Observed or Measured
60. Observation requires Light
61. Photons disrupt superposition
62. Effect on Entangled particles
63. Take opposite spin state
64. Quantum Gravity
65. 4 major forces
66. Small particles
67. Photons (Electromagnetism)
68. W and Z Bosons (Weak Nuclear)
69. Quarks (Strong Nuclear)
70. Graviton (Gravity)
71. Massless entity
72. String Theory
73. Superstring theory
74. Bosonic String Theory