Natural Encoding of Information through Interacting Impulses

Zusatztext

The interactive yes-no actions, modeling elementary bits, reveal information as phenomenon of interaction. The impulse encoding merges memory with the time of memorizing information and compensates the memory cost by running time intervals of encoding. Multiple interactions generate a code of the interacting process. In natural processes, interacting through impulses with gradient of temperatures, emerges information and physical process producing code analogous to DNA. The found mathematical, information, and thermodynamic conditions of generation logical information bits, their memorizing and encoding in helix triplet code.

Autorenportrait

Dr. Vladimir S. Lerner is a Computer Scientist and Professor in Systems Analysis and Modeling. Professor Lerner has taught at California University at Los Angeles, West Coast University, National University (all in the USA), and also in the Universities of the former USSR (currently retired). He also lectures and consults worldwide.

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