The ontologies of restricted and general complexity

By Jean Boulton.

jean-boulton
Jean Boulton (biography)

What is a useful way to clarify the underpinning ontological ground of complexity? What can we learn from the work of Edgar Morin (2006), who distinguishes between those working within the frames of restricted and general complexity? And how are these frames relevant to practice?

Morin makes a distinction between:

  • a framing of complexity that sits within the ontology of classical science, which he calls ‘restricted complexity’
  • the ‘general complexity’ of the ‘real world,’ where general complexity is more paradoxical, more integrating, more challenging, ambiguous and uncertain – but also ripe with potential.

Restricted complexity emanates from the world of models, maps and mathematics. The aim is to find ways to represent the complexity of the real world, by finding a good map.

General complexity, by contrast, starts further back into the primordial mud, and champions the attainment of knowledge through wandering the ‘territory’.

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The essential conditions for, and characteristics of, complexity

By Jean Boulton.

jean-boulton
Jean Boulton (biography)

What are the underpinning necessities or conditions—the essential ingredients—that lead to and engender the qualities or characteristics of the complex world, especially its processual and emergent nature?

Three conditions for complexity: the essential ingredients

A watch or intricate machine is not complex. Nor is a saucer of water. So, when do we regard something as complex? What are the necessary conditions for complexity fully to be realised?

These are:

  • open boundaries
  • diversity
  • reflexive inter-relationships among constituents.

Let’s look at each of these in more detail.

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Insights into the science of complexity

By Jean Boulton

jean-boulton
Jean Boulton (biography)

What are the key ideas that define the science of complexity? How do they help us better understand our world so that we can engage more effectively?

The science of complexity conveys a view of the world as dynamic, richly interdependent and full of variety.

“A world – organic and emergent, shaped by history and context – naturally patterned, yet always in process” (Boulton 2024: 39).

Ilya Prigogine asked why classical physics and evolutionary biology seem to contradict each other. The word that brought these two sciences together and shaped the development of complexity theory, was ‘open’ (Prigogine 1977).

Situations that are open to their environments display emerging order in the form of patterns of relationships.

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