The Research Center Millennium Nucleus Models of Crises, invites you to present papers to the Special Issue “Critical transitions in complex social systems” to be published in the journal Complexity (IF 4,62). Editors of the Special Issue are members of the Millennium Nucleus Models of Crises and its networks.
For further details please see below or go to the website of Complexity at https://www.hindawi.com/ journals/complexity/osi/
Potential topics include but are not limited to the following:
- Riots and upheavals on political a airs
- Sudden political polarization, restructuring of the labor market, and increasing social segregation or other critical transitions in the social structure of a host society a er events of massive migration
- Effects of natural catastrophes on social communities and large populations, for example, in terms of structure of social networks, intergroup con ict, or solidarity towards out-group members
- Critical transitions in critical infrastructures such as water, energy, and transport systems
- Unintended side effects of policy interventions on fields such as education and health care
Authors can submit their manuscripts through the Manuscript Tracking System at https://mts.hindawi.com/submit/journals/complexity/ccss/.
Papers are published upon acceptance, regardless of the Special Issue publication date.
Under the concept of critical transitions, several disciplines such as ecology, biology, physics, epidemiology, oceanography, and geology have developed multiple modeling techniques and conducted empirical research on the analysis of major sudden transformations in the otherwise incremental dynamics of physical and natural processes. Trough nonlinear developments, these changes profoundly reshape the organization of systems and landscapes giving rise to new structures and complex network relations.
While complexity sciences make decisive steps forward in the comprehension of the nonlinear dynamics of change, social sciences remain rather reluctant to view society as another field in which nonlinear developments can unfold, one that can even reflect upon its own shocks as “crisis.” Different contemporary social theories acknowledge the networked organization of the modern world and its growing potential for bringing about critical transitions. Yet, social sciences’ classical methods fall short of capturing and representing the nonlinear dynamics of sudden transitions, that is, the self-organizing behavioral and communicative patterns leading to major regime shifts that reorganize the structure and functioning of complex social systems. Mathematical and computational modeling offers a wide range of tools to represent, understand, and analyze possible complex dynamics of social behavior.
Considering that several advancements have been made regarding the integration of social sciences and modeling techniques, this special issue aims at applying modern computational modeling techniques (dynamic systems, network theory, agent-based modeling, and big data mining and alike) to possible critical transitions involving social phenomena. We seek interdisciplinary research papers that address the complex behavior of social systems leading to actual or potential critical transitions and that substantially reflect on the societal conditions originating them.
Lead Guest Editor
Eric Goles, Universidad Adolfo Ibáñez, Santiago, Chile, email@example.com
Aldo Mascareño, Universidad Adolfo Ibáñez, Santiago, Chile firstname.lastname@example.org
Gonzalo Ruz, Universidad Adolfo Ibáñez, Santiago, Chile email@example.com
Martin Hilbert, University of California, Davis, USA, firstname.lastname@example.org
Andreas Flache, University of Groningen, Groningen, Netherlands a. email@example.com
Friday, 27 April 2018