Themes + News | Yeliz Karaca - Systems Sciences and Nonlinear Intelligence Dynamics (SSNID)

Divulging the relationship between natural and social worlds, complexity, order and evaluation represent both a modern and solution-oriented perspective while revealing challenges against the dichotomy between the natural and the social. The related challenges lead to optimal applicable solutions based on an effective management of the systems distinctively as complex systems, dynamic systems, real-world phenomena as well as nonlinear intelligence dynamics, among many others, under the encircling prop of systems in science and nonlinear intelligence dynamics within the framework of parameters and particular entailments of each system per se by paying heed to precise, customized and sophisticated modes of approaches. These aspects make it essential that one handles different inherent processes in complex systems so that robust, accurate and global solutions can be achieved through a holistic perspective besides taking into account the specific particulars of the relevant domain via multifarious methods.

Scientific laws point to describing a naturally emerging phenomenon in the world, providing an explanation of the way something happens; so, the laws express themselves with the use of mathematical equations and formulae. Furthermore, they can be proven by empirical data to corroborate the findings. Whereas life requires structural complexity, a chaotic mosaic of compound elements may exhibit extremely complex aspects, patterns and features. Regarding laws of life, boundary of coming close to life and making life develop to higher organisms are achieved and evolved relying on the requirements of complexity and structural order, which inscribes the subtle distinction between the living and the dead matter.

All these considerations point a resourceful integrative perspective toward a unified science framework. Thus, the proposed schemes, plans and applications need to be arranged in a way that could encompass theoretical, applied, methodological and research-related aspects to be tackled based on the personal viewpoints of professional, academic and industrial contributors focusing on the various criteria of distinctive disciplines This sort of stance and handling subjects will eventually bring about the provision of a more detailed, precise, comprehensive and sophisticated content, with multidiscipline(s) and advanced computing situated at the forefront reflecting the subtleties of algorithmic richness in complex systems in which nonlinearity and ample interactions are to be examined. Hence, integrative approaches with computer-assisted applications, the particular themes handled herein are believed to provide a bridge to merge the interdisciplinary perspectives to pave the way for new crossroads both in real systems and in other corresponding realms. At this standpoint, with the themes and endeavors of ours, we are of the intention to serve as a bridge while offering compact and systematic guidelines with reference to the most recent discoveries, advances and developments that include numerous and various applications, experiments and theoretical visions. You can kindly refer to…