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Morbert replied to the thread Graduate Understanding Barandes' microscopic theory of causality.It's quite simple: Transition probabilities, not standalone probabilities, make up the nomological content of the reformulation. No... -
Morbert replied to the thread Graduate Understanding Barandes' microscopic theory of causality.It is the case in Barandes's formalism. Consider for example a simple model of the Stern-Gerlach Experiment with initial particle... -
Morbert replied to the thread Graduate Understanding Barandes' microscopic theory of causality.At the timestamp, Barandes remarks on the distinction between standalone probabilities and transition probabilities, the latter of which... -
Morbert replied to the thread Graduate Understanding Barandes' microscopic theory of causality."Bound to be unsatisfactory" needs to be unpacked. There are objective conditions of a good interpretation of quantum mechanics... -
Morbert replied to the thread Graduate Understanding Barandes' microscopic theory of causality.See this timestamp, where he distinguishes the dynamical conditional (transition) probabilities from the epistemic standalone probabilities. -
Morbert replied to the thread Graduate Understanding Barandes' microscopic theory of causality.Equation (56) from this paper is an example of a subsystem's transition matrix divisible at ##t'##. The transition matrix... -
Morbert replied to the thread Graduate Understanding Barandes' microscopic theory of causality.I don't understand this paragraph Division events will give rise to more than probability distributions. They will give rise to directed... -
Morbert reacted to A. Neumaier's post in the thread Graduate Understanding Barandes' microscopic theory of causality with
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Possibly of interest: Albert, David Z. (2025) NOTES ON JACOB BARANDES’ VERSION OF QUANTUM MECHANICS. - Preprint... -
Morbert replied to the thread Undergrad Question about discussions around quantum interpretations.If by no-collapse interpretation you mean interpretations that do not posit collapse as a physically real process, then...