INTEGRITY, ENTROPY, EMERGY, GAUSSIAN BUBBLES

摘要

In order to understand the “general” dynamics of systems which are obviously Hebbianrnby nature - assemblies of assemblies - it is necessary to evaluate how systems interact andrnnest. In other words, we have to recognize that process-rule examples (aka “systems”)rninteract with other “PRE”s, and that our task is essentially to discovery how a “rule”rninteracts with other examples of itself, and by doing so create “product systems” whichrnwere pre-coded in the behavior and option spaces of the components and subsequentrnassemblies.rn“Product systems” bring with them their own behavior spaces at the next meta-level, andrntherefore, what we have are a plurality of peer and meta Gaussian Bubbles, in processesrnof constant interaction and thus ordered state-changes and interaction potential changes.rnThis paper will revisit the effort to re-define and clarify characteristics of a genericrnconcept of Entropy. It shall:rn1) look at behavior markers which entropic processes have, see where they can bernreasonably applied, and project what forms they can take,rn2) examine process mechanisms that coincide with entropicegentropic behaviors ofrnswarms of gaussian bubbles, with a discussion of the Aleph-graph ... an alternativerninterpretation of emergence/autopoesis/autocatalysis,rn3) coordinate the “emergy” system of Howard Odum with the author’s own “IntegrityrnParadigm”,rn4) discuss the relationship of entropy mechanisms in regard to behaviors available inrnsystems’ option spaces -- with Evolution being the tendency of organic systems tornexpand behavior options, and so be a tendency towards complexity and improvedrncompetence in current and future environments.