Morbert's latest activity

The correspondence is to a theory of an indivisible stochastic process. An indivisible stochastic process is an equivalence class of...

@iste Your last post was hard to follow. All I can gather is you seem to be insisting theories of stochastic processes must include...

No faith is involved. The correspondence is now the topic of multiple papers. It's there plain as day. If people don't think a quantum...

I would rather say that to me, that having "probability of histories" out of the way is not peculiar, it is a good sign! Not by a remote...

Γ indeed encodes the dynamics of the theory. It just doesn't select a unique probability measure on the space of trajectories. It's easy...

Would you agree that these are the same probabilities he talks about in 2.2 In his correspondence paper where he says "In particular...

What I was hoping for was these towers of probabilities giving rise to inaccessible probabilities for trajectories that are nevertheless...

I would like to see your source for this because it would be very surprising to me.

In CH language: If you write down a set of alternative histories that resolves which slit the electron went through, that set will be...

The consistent histories formalism lets us calculate interference terms between histories. A set of histories is decoherent when these...

He should have watched this video

What concern do you have with entanglement and this correspondence?

This discussion felt a lot more substantive than the discussion with Maudlin, largely because a higher level of familiarity with the...

The momentum uncertainty is just ##\sqrt{\langle p^2\rangle - \langle p \rangle^2}##.

The wavefunction is zero outside the box, so you don't strictly have two exact but opposite momenta. Also, these two momenta are further...