Interdisciplinary Principles of Field-Like Coordination in the Case of Self-Organized Social Systems1

This interdisciplinary research aims to distinguish universal scale-free and field-like fundamental pri nciples of selforganization observable across many disciplines lik e computer science, neuroscience, microbiology, social science , etc. Based on these universal principles we provide basic premise s and postulates for designing holistic social simulation models. We also introduce pervasive information field (PIF) concept, which se rves as a simulation media for contextual information storage , dynamic distribution and organization in social complex net works. PIF concept specifically is targeted for field-like unc oupled and indirect interactions among social agents capable of affecti ng and perceiving broadcasted contextual information. Proposed approa ch is expressive enough to represent contextual broadcasted informat ion in a form locally accessible and immediately usable by networ k agents. This paper gives some prospective vision how system’s re ources (tangible and intangible) could be simulated as osc illating processes immersed in the all pervasive information field. Keywords—field-based coordination, multi-agent systems, information-rich social networks, pervasive informa tion field