Hi Torsten,
Thank you for reviewing my essay. As you know my system is based on a simulation of a mathematical structure that is based on random numbers that lead to known physics result , so it was natural for me to try to connect it(or somehow convert it) to standard methods in physics. During such a search I stumbled on the Helmann potential and noticed that it pretty much produced similar curves to my simulation. Of course such potential has a different use in standard physics, however, it seems that the original Yukawa interpretation of "force particles" might not have been a good idea! Also, it was natural that at distances longer than Compton wavelength the Coulomb potential should take over. In another word, to interpret Yukawa's potential the same as Coulomb i.e. two particles(actual) interacting as in chirality!
As to the idea itself, I understand that people don't have all the time or inclination to examine other ideas to a great extend. But I have shown in numerous examples and simulations with NUMBERS how the QM/QFT phenomenology arises from such structure.
My best hope is to give people a quick taste of the idea. And at least I hope people spend few minutes to run the simulations, especially the Newton's gravity law generation.
Thanks again.