Part five in the series of articles on Critical Thinking.
Larger Scale Systems are strange things indeed. While they can do that which otherwise cannot be done and thus populate our modern world from economies, to military forces, to modern aviation, medicine, transportation, technology sectors……and the list goes on, they impact our lives on a daily basis, and yet we know very little about them. This is due largely to the fact that large Scale Systems behave in ways that fall outside our zone of comprehension, and our educational institutions prefer not to teach generalized, overarching subjects, like Critical Thinking and General Systems Theory that will deliver critical understanding of such systems for some unknown reason.
To clarify what we mean, let us first revisit the definition of what is often termed Large Scale Systems. These entities go by a number of names, such as large scale dynamic systems, complex systems, global systems, Superfunction, and the big picture. We will group all these into “Large Scale Systems” for convenience. Thus we can say that Large Scale Systems are inherently complex because they consists of large numbers of interacting variables. These sets of interacting variables are difficult to understand, and are often ignored by conventional Math and Science, except Military Science as developed by Colonel John Boyd. Scott Page and other members of the Santa Fe Institute have pointed out, for example, that conventional decision theory does little to address the optimization parameters of the performance of large scale systems, concentrating instead on limited sets of components and players, adding little to our understanding of how large scale systems actually perform.
Continue reading The Tyranny of the Plausible