Morbert's latest activity

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...

@iste Rereading the convo, I think the confusion might be you think a classical configuration space is like a Hilbert space with many...

I wish you the best of luck in showing this. Please be specific with your example. And please cite the relevant literature.

PS this conversation is also straying from the recent paper by Albert. Unless there's something novel and specific in your response I'll...

@iste You keep straying from Barandes's literature. i) Barandes presents a kinematic axiom which says the system always has a...

Show me what that configuration space (note, not phase space) would look like. It's the observable itself that is diagonal or not...

Barandes's formalism involves a standard classical configuration space ##\mathcal{C}##. Whether it is, for example, a space of particle...

Beables have diagonal matrices wrt configurations, as they can be read off from the existing configuration (see equation 19 in the...

He has said the ontology is downstream from the theory. If it is a theory of particles, then the ontology will be particles in definite...

It is the vocabulary preferred by Asher Peres over "measurement". A measurement implies a reading of some pre-existing property of a...

Emergeables aren't real in the sense that they do not correspond to different possible configurations of the measured system the way...

I can't do much with "It just seems clear to me." but I am happy to respond to some substantive concern.