Complexity Theory

Ant colonies, bird flocks, rain forests, business, organizations, communities the stock market and the global economy all have something in common. They are complex adaptive systems. Complex means composed of many parts which are joined (literally "twisted) together. Adaptive refers to the fact that all living systems dynamically adapt to their constantly changing environments as they strive to survive and thrive. And Systems means everything is interconnected and interdependent.

"Complexity" represents the middle area between static order on one end and chaos at the other. Thus complexity is sometimes called the edge of chaos. If we think of static order as ice and chaos as water vapor, complexity would be liquid water. Using powerful computers, scientists from a wide range of fields - including a number of Nobel prize winners - have developed computer models that simulate - on the screen  - the evolution and changes that occur as complex adaptive systems move, adapt, survive and thrive -  or - if their strategies are wrong - die.

Unlike non-adaptive complex systems, like the weather, complex adaptive systems have the ability to internalize information, to learn, and to modify their behavior (evolve) as they adapt to changes in their environments. In other words, they have brains, they are intelligent systems.

Hat tip ~ Codynamics -

Complexity Economics -
Complexity Economics is the application of Complexity Science to the Problems of Economics. It is one of the four C's of a new paradigm surfacing in the field of economics. The four C's are Complexity, Chaos, Catastrophe and Cybernetics.

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