2 Uncertainty Relations
2.1 Preparation and Measurement
2.2 Uncertainty from ”unsharp observables”
2.3 Individual and statistical predictions
2.4 Empirical support
3 Wave-Particle Duality
4 The Classical Limit
4.1 Two kinds of limit relations between classical theories
4.2 What is the ’standard limit’
of Schrödinger’s equation ?
4.3 The significance of the limit
for the interpretation of quantum theory
5 Copenhagen Interpretation
5.1 Completeness requires metaphysics
5.2 An immediate consequence: The ’measurement problem’
5.3 Incompatible observables require more metaphysics
5.4 Even more metaphysics and several meanings of completeness
5.5 The EPR paper - the collapse of the Copenhagen interpretation
5.6 EPR, Bell, ”completeness”, and how the collapse became a paradox
6 Statistical Interpretation
6.1 ’No-go’ for hidden variables is not ’no-go’ for the statistical interpretation
6.2 Two attacks on the statistical interpretation
6.3 Wave function of single system by measurement ?
6.4 A list of publications related to the statistical interpretation
7 Statistical Quantization
8 Summary
9 Conclusion
References