Self-Organization of Social Systems
Abstract
The research work done for this project generated a new approach to the processes of social organization. The phenomenon of social organization is not limited to the case when the interacting units of the complex system are human beings. The process of self-organization generates crucial events that can be detected with a method of analysis called Diffusion Entropy Analysis (DEA). The interacting faults, generating earthquakes have been proved to generate crucial events. The germination process of seeds emitting biophotons have been found to be a source of crucial events. Manifestations of crucial events have been also found in the population dynamics behind the spread of Covid. Going back to the case of interacting human beings, the criticality generated by the phenomenon of spontaneous organization has been used to explain the phenomenon of bounded rationality that other research groups explain using quantum probability. Finally, the transition from a regime hosting crucial events to a form of temporal complexity with no crucial events has been proved to be a form of transition from a healthy to unhealthy state, a result of biomedical interest.
Document Details
- Document Type
- Technical Report
- Publication Date
- Aug 22, 2022
- Accession Number
- AD1192557
Entities
People
- Paolo Grigolini
Organizations
- University of North Texas