THE BIOETHISM PARADIGM, STRESSING THE AWARENESS OF FOOTBRIDGES AND LINKS BETWEEN ENVIRONMENTAL, BIOLOGICAL AND PSYCHICAL PROCESSOR NETWORKS AS A TRANSDISCIPLINARY ECOSYSTEMIC NECESSITY, IS MEANT TO APPROACH LIVING SYSTEMS' COMPLEXITY

摘要

The transdisciplinarity of the Bioethism paradigm is not just an intentional approach of living system's behaviors from several disciplines viewpoint. Observing system's behaviors requires an awareness of systemic "ins and outs" of their complexity while they are being triggered and shaped. Also, by knowing that a viable move is an emergent result from interactions between numerous elements within exogenous and endogenous spatial levels of systems, one evaluates the interconnectedness of sub-systems and processors networks. The intra-linked immune, neural, humoral and endocrine interconnected nets, tied up to the different sensory and other neural circuits, participate in the survival dynamic stability. Throughout such 3D nets, biopsycho-physicochemical "environmental exchanges" undergo permanent non-linear changes that occur within the different spatial levels of systems' body and their ecosystems' niche. The information treatment of their numerous and specific data, occurring at all such levels, requires a connectivity ability ensured by footbridges and links. Learning and accounting for those footbridges and links is indispensable, since they participate in the vital percolation throughout those networks that sustain the viability of moves and behaviors. Any viable move results from "highly 3D interconnected graphs", as a representation of flowing networks, may be observed in terms of metabolism (energy and information) and of feedback that participate in the regulation of the system's functions and behavioral networks. Events and needs, treated throughout the different nets, are carried out through flushes of emotion, flashes of sensitive reactions and steady flows of relevant matters and information. More, electrical impulses, biochemical energies and different matters sustaining relevant processing of behaviors, keep up the "dynamic stability" of system's survival. A keep fitted in with the permanency of changes and maintenance of viable fluid moves emerging from percolation. Such vision of survival moves may be approached at any living system's level, from cells to supra-national societies. Proceeding by analogy and with metaphors conduces to a homogenous approach of the different footbridges and links that build up the connectivity of systems for survival. A major example resides into the perfect "reversibility" of psychosomatic and somatopsychic phenomena: their footbridges and links fit in with sensory organs treating environmental endogenous and exogenous events filtered throughout the specific "individualism of a brain".