The Home page and sections 1 and 2 contain essential background material.
The overview in section 3 is also useful.

1. Understanding Quantum Mechanics and Its Implications. Introduction.
2. SchrŲdingerís Cat. Many Versions of Reality in Quantum Mechanics.
3. Overview of Understanding Quantum Mechanics. Principles.
4. Visualizing the Wave Function of Quantum Mechanics.
5. The History of Quantum Mechanics.
Principles and Concepts.
6. Particles. Collapse of the Wave Function.
7. Basic Quantum Mechanics, QMA.
8. Different Versions of Reality are in Separate Universes.
8A. Details of Separate, Isolated Universes.
9. Quantum Mechanics Leads to Classical Perception.
9A. Details of Classical Consistency of Perception.
9B. Measurement Theory. Perception of Eigenvalues of Operators.
10. The Probability Law of Quantum Mechanics. Randomness.
11. Mass, Spin, and Charge Are Properties of the Wave Function.
12. Localization and the Wave Function.
12A. Details of Localization.
13. Small Parts of the Wave Function.
13A. Details of Small Parts.
14. No Evidence for Particles.
15. No Evidence for Collapse of the Wave Function.
16. Probability and Constraints on Interpretations of Quantum Mechanics.
16A. Details of Problems with Probability.
Interpretations of Quantum Mechanics.
17. The Copenhagen interpretation of Quantum Mechanics.
18. Can Quantum Mechanics Show Us the Nature of Reality?
19. The Everett Many-Worlds Interpretation.
20. The Particle Interpretation of Quantum Mechanics.
21. Bohmís Hidden Variable Interpretation.
22. Mathematical Collapse Interpretations.
22A. Mathematical Collapse Implies Non- Linearity.
23. Observer-Induced Collapse Interpretations.
23A. Details of Observer-Induced Collapse.
24. The Ensemble or Statistical Interpretation.
25. The Transactional Analysis Interpretation.
26. Decoherence and Consistent Histories Interpretations.
27. Panpsychism as an Interpretation of Quantum Mechanics.
28. No Support for Scientific Materialism in Physics.
29. The Mind-MIND interpretation of Quantum Mechanics.
29A. The Probability Law And the Mind-MIND Interpretation.
Experiments. Characteristics of the Wave Function. Free Will.
30. Wave-Particle Duality.
31. The Double-Slit Experiment.
32. Light, Photons and Polarization.
33. Spin and the Stern-Gerlach Experiment.
34. Scattering Experiments.
34A. Quantum Mechanical Explanation of Scattering.
35. The Uncertainty Principle.
36. Bell-Aspect Experiments. Non-Locality.
37. Wheelerís Delayed-Choice Experiment.
38. The Quantum Eraser Experiment.
39. Quarks. Elementary Particle Systematics. Strings.
40. Quantum Mechanics, the Brain, and Free Will.
41. References.

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understanding quantum mechanics
understanding quantum mechanics by casey blood