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Holism and Human History
‘There is something within us … that demands we pursue the whole story of the whole cosmos if we are to be whole persons, in order to know who we are, where we are from, where we are going, and how we should live.’ – Call for Papers, Metanexus 2009: Cosmos, Nature, Culture: A Transdisciplinary Conference The ‘whole story’ naturally divides itself into three stories: the unfolding of the universe (‘cosmos’), the evolution of life (‘nature’), and human history (‘culture’). This paper focuses on the third of these. It offers a holistic account of human history that draws on systems-theoretic ideas, more specifically on a process model first applied by the author to levels of structure in biology and linguistics. While the model provides only a skeletal framework for a story of history, even in rudimentary form it has the possiblity of illuminating our past, our future, and our present. Technically, the model depicts diachronic change as partially deterministic and partially stochastic, driven primarily by internal forces but subject also to external influences. After its inception and initial development, a process often reaches a critical juncture where it encounters some limitation. If this is overcome, development may continue until a second critical juncture is reached, where obstacles to further advance are more severe. At the first juncture, continued development requires some complexity-managing innovation; at the second, it needs systemic integration in which the old organizing principle of the process is replaced by a new one. Overcoming the first blockage sometimes occurs via a secondary process that augments and blends with the primary process, and is subject in turn to its own developmental difficulties. The story of human history told via this model combines ideas from Toynbee, Marx, Jaspers, Mumford, and others. It integrates materialist and idealist orientations by joining the historical dialectic of Marx to the Axial focus of Toynbee and Jaspers. As described in this model, the ‘primary’ macro-historical process began in the biological emergence of the human species, continued with the development of agriculture, and reached its first critical juncture after the rise of the great urban civilizations. Crises of disorder and complexity faced by these civilizations were eased by the religions and philosophies that emerged in the Axial period. These Axial traditions became the cultural cores of the major world civilizations, their development constituting a ‘secondary’ process that blended with the first. This process also stalled, but in the West, the impasse was overcome by a ‘tertiary’ process: the emergence of humanism, the empowerment of reason, and – quintessentially – the development of science and technology. This third process blended with the first two in societal and religious change that ushered in ‘modernity.’ Today, this current of development also falters, and inter-civilizational conflict afflicts the secondary stream. Most seriously, the primary process has now reached its second, especially hazardous, juncture – the current global and macro-historical crisis of environmental, ecological, and economic sustainability. ‘System formation’ via a new organizing principle is needed at a planetary scale.
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Martin Zwick, Professor of Systems Science at Portland State University, was awarded his Ph.D. in Biophysics at MIT in 1968, and joined the Biophysics Department faculty of the University of Chicago in 1969. After initially working in crystallography and macromolecular structure, his interests shifted to systems theory and methodology, the field now known as the study of chaos, complexity, and complex adaptive systems. Since 1976 he has been teaching and doing research in the Systems Science Graduate Program at PSU; during the years 1984-1989 he was director of the program. His main research areas are information-theoretic modeling, theoretical biology, and systems philosophy (http://www.pdx.edu/sysc/research-systems-philosophy ). Scientifically, his focus is on applying systems ideas and methods to the natural and social sciences, especially to biomedical problems, the evolution of cooperation, and sustainability. Philosophically, his focus is on how systems ideas relate to classical and contemporary philosophy, how they offer a bridge between science and religion, and how they can help us understand and address societal problems.
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