The Aether foam concept is simple, but potent. It can explain easily for example the quantum mechanics and its particle-wave duality.

The foam exhibits an nonlinear behavior, as the soap foam gets more dense during shaking. Therefore every wave spreading through such foam makes the foam more dense temporarily at the same moment. You can check this behavior by using of the Java applet here.



This behavior can be understood easily, if we realize, everything what can be observed from random field of fluctuation are the fluctuations, where the randomness is less or more violated by ordered, collective motion. And the wave is the most deterministic, causal kind of motion, so it increases the "reality density" (it decreases the entropy density) at the place, where the wave is just spreading. So that every wave is spreading through particle environment like less-or more dense blob of this environment, i.e. like particle. By AWT this mechanism is infinitely recursive and all the Aether unparticles are made by the same way.



How such concept is related to quantum mechanics? Well, by a quite simple way: the Schrödinger equation describes the undulation of N-dimensional string, whose mass density is proportional to its energy density in each moment and location, i.e. the undulations of foam (so called the quantum string). You can check this behavior in DHTML applet here (sorry, for MS IE 6.0 browser only). I suppose, the relativistic version of Schrödinger equation (the Dirac's equation) describes the undulations of nested foam.