Dear Dr. Rogozhan,
Thank you for your comments and your interesting paper.
I scanned your paper. I am a physicist and not a philosopher. For every sentence that a philosopher writes, I need to read a book to understand what he is stating. I like to have my models very simple. Only in that condition, I can comprehend and apply these models.
I am convinced that something created the environment that I can observe. My model of this creation uses the fact that this creator did his job in one stroke and in that act, he also stored the result in a repository. If I observe my environment, then I see that all discrete objects are either modules, or they are modular systems. A set of elementary modules exists that constitute all other modules and the modular systems. These elementary modules are pointlike, and their location is stored in the repository together with a scalar timestamp. My environment also contains continuums, and one of these continuums embeds all modules. The embedding process affects the embedding continuum. This image is a rather simple world-picture. It is fairly easy to catch it in a mathematical model. That mathematical model is a structure that implements the repository. However, one thing is very mysterious. This structure does not contain any means that generate the locations of the elementary modules such that the whole behaves in a dynamically coherent fashion. Mechanisms that apply stochastic processes must perform that job. These Mechanisms reside outside of the repository. The interesting point here is that none of the physical theories that I know of treats these mechanisms. Without these mechanisms, the model does not show relevant dynamic behavior and will certainly not show dynamically coherent behavior.
I encountered the effects of these mechanisms during my job as a developer of image intensifier devices. These devices offer a direct look at quantum behavior. In my opinion, the stochastic processes belong to the category of inhomogeneous spatial Poisson point processes that own a characteristic function.I derive this from the fact that the visual trajectory of all vertebrates is optimized for perception under low dose rate conditions.