The document discusses concepts in quantum mechanics including wave-particle duality, the uncertainty principle, and quantum superposition. It argues that all possible physical universes are constructs of information resulting from internally consistent sets of mathematical forms. Space-time and the physical world are not fundamental but rather emerge from more basic informational structures described by quantum theory and relativity.

1. Quantum Information

4. Quantum-Discrete

5. Wave-Particle Duality

6. Classical Particle Classical Wave

7. Quantum Particle-Wave

9. Wave Function

10. Wave-function Collapse

11. Heisenberg’s Uncertainty Principle (HUP)

12. (HUP)

13. Metaphysics

15. Max Tegmarck

16. Plato

19. Kurt Gödel

20. Gödel's Incompleteness Theorem A statement is either true or false.

22. No, we know that we can’t know anything at all.

23. Can we know anything at all? Yes/No?

24. Yes, we can have knowledge.

36. Immaterial Nature of Light

38. Immaterial Nature of Light

39. Informational Monism

40. Bertrand Russell

42. Nature of Quantum Gravity

43. Nature of Quantum Gravity

44. Nature of Wave Functions

45. Nature of Wave Functions and Entanglement

46. Entanglement

48. Universal Wave-function

49. Wheeler-deWitt equation

51. Holographic Principle S=A/4 “S is the entropy of the region of space of volume V, and A is the area in Planck units of the surface bounding V.” – Paola Zizzi

52. Space-time is Relational

54. Loop Quantum Gravity