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2024-11-17 12:37:52

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Open Graph

title

atdotde

description

What comes to my mind. Physics, politics, computers, rants. All CC-BY-SA unless otherwise stated.

image

site name

author

updated

2026-02-26 14:53:26

raw text

atdotde skip to main | skip to sidebar atdotde What comes to my mind. Physics, politics, computers, rants. All CC-BY-SA unless otherwise stated. Wednesday, May 22, 2024 What happens to particles after they have been interacting according to Bohm?  Once more, I am trying to better understand the Bohmian or pilot wave approach to quantum mechanics. And I came across this technical question, which I have not been able to successfully answer from the literature: Consider a particle, described by a wave function \(\psi(x)\) and a Bohmian position \(q\) that both happily evolve in time according to the Schrödinger equation and the Bohmian equation of motion along the flow field. Now, at some point in time, the (actual) position of that particle gets recorded, either using a photographic plate oder by flying through a bubble chamber or similar.  Unless I am not mistaken, following the "having a position is the defining property of a particle"-mantra, what is getting recorded...

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