Hi Wilhelmus,
I just reread your essay and here is again my honest feedback.
This work is a vast improvement in communicating your ideas over the first paper. I actually understood the basic concepts that you were laying out. I recall that upon reading your previous paper, I could no more than get a rough idea. In this paper, however, I noticed that you were a lot more precise in your expressions, so that definitely helped.
Now, let me go on to how you attempt to connect your ideas to various parts of fundamental physics. Here, I must say that there are still some problems. I will list 3:
1) The relevance of your idea to the problem is only implied. example: p. 1 "In this way, it becomes understandable how easy neutrinos pass...through our bodies.." I think you assumed that neutrinos are near Planck length, in which case they would be very small relative to us, and that this is the reason they would easily pass through. But you did not say this, you implied it. The problem is that a reader may fail to see the relevance if you leave some steps of your reasoning out.
2) You may make wrong assumptions about standard physics: example : same as above. Under our current understanding, the reason that neutrinos pass easily through us is not because they are so small but because they only interact via the weak force and (presumably) gravity. They are completely uninfluenced by the electromagnetic force, which would cause a lot more of them to be stopped by our bodies.
also, on page 4, Einstein did not introduce the "absolute ether", he dispensed with it altogether
3) You describe mechanisms that don't map onto known physics. example: p. 7 the discussion on entanglement gives a formula, but it cannot be applied in any way to the equations in quantum mechanics that describe entangled systems. Also, I don't know if you know this, but once you consider entanglement between spacelike separated particles in a special relativistic context, you cannot even claim a preferred frame of referrence that "collapses" the entangled state. According to your model, in some frames, Alice measures the spin of A first and her "conscious awareness of the measurement" collapses state of B, and in other frames Bob measures the spin of B first and his "caotm" collapses the state of A. The only way to resolve this contradiction is to either postulate a preferred frame, contradicting special relativity, or allow for backward causation, contradicting causality. Entanglement is an especially subtle issue to grapple with.
Ok, there are other issues but I think this is enough for now. So, overall I think this paper is better than your first, but before it will be taken seriously by scientists you will need to address the general issues pointed out above, and the only way I know is through the hard and sometimes thankless labor of working through the material and actually learning it so that one may attain a thorough understanding. Hope this honest feedback helps.
All the best,
Armin