Morbert's latest activity

You need to sharpen up your objection. I do not know what it means to say a model "meant" to describe something else. A system modeled...

Trajectories are discontinuous, but spacelike separated separated systems will have independent conditional probabilities, so they will...

A sample space can be readily constructed from the eigenstates of an observable, and it can be shown (e.g. "Understanding QM" by Roland...

The correspondence between quantum theory and indivisible stochastic processes on configuration space is exact, conceptually coherent...

Configuration space is not just a label for a generic sample space. A configuration space is an established concept in classical...

Where we are so far: Barandes establishes a correspondence between quantum theory a general stochastic process with an ordinary...

Bidirectionality does not change this. No ignoring anything is necessary. The motivation for configuration spaces providing ontological...

You're looking at it backwards. Barandes starts with unistochastic processes defined by stochastic maps across classical configurations...

Note again that Barandes's reformulation involves a configuration space C for both general stochastic systems and unistochastic systems...

A formalism does not imply any unique interpretation. A unistochastic process with a standard classical configuration space providing...

For those who want to investigate consistent histories further: https://quantum.phys.cmu.edu/CHS/histories.html Griffiths (no, not the...

The first line in his abstract: That is the correspondence he establishes.

This axiom offers up a natural ontological model: Systems have definite configurations at all times, as they do in Bohmian mechanics or...

He doesn't. He presents a correspondence between quantum theory and a unistochastic processes involving ordinary classical configuration...

@iste In a previous post, I wondered out loud about other such correspondences. In all the literature I am skimming, configuration...