DECODING MOLECULAR PROCESSOR INFORMATION

There are non-imaginable resources of information inherently stored and naturally processed in the physical world. Eliciting and processing information does assume, as usual, the existence of the system (e. g., classic logical gates) suitable for operations or measurements performed. Meanwhile, the powerful chemical and other complex system conversions of information have not used implementation of this kind. Processes in living and non-living physical world run with immediate changes of the properties of objects constituting complex systems. We can detect the features of changing structures and thus to acquire the knowledge about environment. The main part of the structural properties and processes is however hidden though it can underlie important transformations. A massive information which is cumulated and processed in structures of complex systems turns out to constitute a kind of a specific number processor. Thus, the information by which the molecular systems are loaded is to be elicited and transformed to the forms suitable for detection.Pozna

Mathematical Patterns in Chemistry – on Turn Points in the Molecular Self-Assemblage Symmetry Formation

Does the abstract mathematics afford patterns for chemistry? It is supposed that mathematics has its own, autonomous criteria of development and that mathematical creativity cannot be progressed simply by a "blind" listing of possible tautologies. Simultaneously, applied findings in the independently developed mathematical areas are rather a rare case. In the present work, it has been shown that seemingly abstract and presumed not to have any direct application concepts of pure mathematics lead to the concrete entities encountered in chemistry. For these reasons, the general definition of molecular forms and mathematical atoms have been employed to derive objects corresponding to the basic particles of chemistry. Besides, using a pattern of foundations of arithmetic, a special relation has been found to determine such atomic species in some chemical categories. The arithmetical background of chemistry and possible extensions have been indicated in this way. </p