How Complexity and Chaos Extend the Concepts of Quantum Mechanics

Complex and chaotic systems can be described by mathematical equations that are in fact an extension and generalization of Quantum Mechanics equation. That’s what Ilya Prigogine (Nobel-price winner in 1977) explains in his excellent book “the laws of chaos” (apparently not available in English unfortunately).

loisduchaosWe have argued numerous times that one of the precursors of the Fourth Revolution is the emergence of Quantum Mechanics, or at least the limits found to Newtonian Mechanics which founded the Industrial Age. The science of complexity and chaos is even newer. By finding that an extension and generalization of the maths of Quantum Mechanics is needed to describe it, we are indeed confirmed in our observation that it constitutes a further step towards the underlying paradigm of the Collaborative Age.

Complexity is still vastly misunderstood because it creates a rupture with the comfortable deterministic view of the world which we entertained during centuries. Its probabilistic nature, the fact that mere observation changes the observed world (like in Quantum Mechanics) makes it even more fascinating.

Welcome to the world beyond Quantum Mechanics and the Uncertainty Principle.