mpc755, on 19 May 2012 - 05:42 AM, said:
In a double slit experiment the particle travels a well defined trajectory which takes it through one slit. The associated aether wave passes through both. As the aether wave exits the slits it creates wave interference. As the particle exits a single slit the direction it travels is altered by the wave interference. This is the wave piloting the particle of pilot-wave theory. Detecting the particle strongly exiting a single slit turns the associated aether wave into chop. The aether waves exiting the slits interact with the detectors and become many short waves with irregular motion. The waves become disorderly. The waves are disorganized. There is no wave interference. The particle pitches and rolls through the chop. The particle gets knocked around by the chop and it no longer creates an interference pattern.
I just explained what occurs physically in nature in a double slit experiment in a classical way.
That’s a reasonable hypothesis and model, and the double slit experiment a good subject.
I’d like to develop it in more detail, and with rigor. Fortunately, classical physics is computationally easy to approximately model, so this is within the ability and available resources of a part-time, armature science enthusiast like me and some others here at hypography.
As you’ve not, despite requests and warnings, posted any links to such work, Mpc, I assume you’ve not done any such work, nor know of any done by others. If I assume incorrectly, please correct me by posting or linking to such work, as I wouldn’t want to waste time duplicating it.
If so, what starting assumption would you suggest? I’m thinking of modeling your hypothesized aether as a large collection of identical point (radius zero) particles with non-zero mass that repel one another with a force following an inverse square (
) law, inside a infinitely hard walled “box” so the model starts at uniform density and pressure, big enough that it’s indistinguishable from an infinitely large box for the duration of a model run.The goal, I think, should be to produce a realistic one-photon-at-a-time single slit experiment diffraction pattern using the model. I admit I’m skeptical this can be done without “cheating” within the model so much the original hypothesis is no longer significant, but in my experience, one can’t reasonably know if an untested hypothesis is correct of not without testing it, and approximate computer modeling is one of the easiest ways to test, something mere hackers can do, not just Nobel prize caliber mathematical physicists.

Help
Join now



Promote to Article










