Super-complexity & Human Perception
The power of the human brain to perceive and understand everything around us is limited. However, these boundaries have been pushed continually, and our “perception bubble” has been continuously extending its dimensions, as new developments unfold. Whatever lies outside this perception bubble, becomes complex. The way things are perceived varies from individual to individual and hence, the degree of complexity is different for everyone. De-coding this complexity either extends the boundaries of human perception, or simplifies the complexity for human understanding. Systems that lie way outside this bubble, and are hard to understand or decode become super-complex. Super-complexity can arguably be defined as systems—or wholes—that are comprised of multiple complex systems, which interact and operate at various scales. One could argue that every component is complex in itself, if perceived at a micro-scale level.
This is where human perception comes into play. It is about zooming in and zooming out to understand systems, categorizing them as simple, complex or super-complex. The terms become perception-based. For example, in an urban scenario, if the system is studied in terms of multiple layers like people (agents), the infrastructure and the built environment—and the interactions between these three aspects—it can be defined as a complex system with an emergent behaviour. In the same scenario, if the interactions between the individual agents in the city, between the sub-layers of infrastructure and between the individual built components are taken into consideration, it can be perceived as a super-complex system, and the properties of emergent behaviour change drastically. Life forms existing on the earth are super-complex for some, and complex for others. This essentially becomes an issue of boundaries of human perception. The task is to simplify the complexity (or super-complexity) and break it down into simple parts that lie within the bubble of human perception. This is one of the underlying principles of ‘emergence’ in architecture.
Courtesy: Emergence- Complexity Control_AA-Em.Tech.2012 (Christopher Hill, Guy Austern, Lei Liu, Sushant Verma)
By Sushant Verma