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Summary:

This thread continues the discussion of the thermal interpretation of
quantum physics, announcing Part IV of my series of papers on the subject.
Main Question or Discussion Point
I just finished a 4th part of my series of papers on the thermal interpretation:
This paper continues the discussion of the thermal interpretation of quantum physics. While Part II and Part III of this series of papers explained and justified the reasons for the departure from tradition, the present Part IV summarizes the main features and adds intuitive explanations and new technical developments.
This paper continues the discussion of the thermal interpretation of quantum physics. While Part II and Part III of this series of papers explained and justified the reasons for the departure from tradition, the present Part IV summarizes the main features and adds intuitive explanations and new technical developments.
 It is shown how the spectral features of quantum systems and an approximate classical dynamics arise under appropriate conditions.
 Evidence is given for how, in the thermal interpretation, the measurement of a qubit by a pointer qexpectation may result in a binary detection event with probabilities given by the diagonal entries of the reduced density matrix of the prepared qubit.
 Differences in the conventions about measurement errors in the thermal interpretation and in traditional interpretations are discussed in detail.
 Several standard experiments, the double slit, SternGerlach, and particle decay are described from the perspective of the thermal interpretation.
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