Morbert's latest activity

"This paper argues that every quantum system can be understood as a sufficiently general kind of stochastic process." The correspondence...

He presents a simple dynamical system with 17 states with dynamics that is cyclical (ontology). The system can be represented with a...

You're confusing criticism of other interpretations (which he does) with insisting a formalism necessitates a metaphysical hypothesis...

From https://arxiv.org/html/2507.21192v1 "Schur-Hadamard products are not widely used in linear algebra, in part because they are...

His argument is that "every quantum system can be understood as a sufficiently general kind of stochastic process unfolding in an...

The formalism is what allows us to understand quantum systems as a sufficiently general kind of stochastic process, but the formalism...

@iste is not merely remarking that the interpretation is peculiar. He is framing it as question begging when instead the microphysical...

There's no question begging, as the interpretation, like any other interpretation, is presented as an interpretation, not a...

One can prove that every finite- rank density matrix can be written as a convex combination of projectors, and that every density matrix...

Most interpretations require some speculative import. But iiuc you are saying this requires some additional contrivance above and beyond...

It sounds like you are saying a definite configuration at all times is an insufficient condition for an actually existing trajectory. Why?

The same phenomenon that induces decoherence in standard QM, induces division events in the new formalism. Barandes characterizes...

There are analogues with decoherence, but division events are entirely deriveable within the new formalism. They occur in descriptions...

The particle only couples to the environment once it strikes the detector screen. Before this, it evolves unitarily, and its trajectory...

An example would be a particle evolving unitarily through a double-slit apparatus.