From Cosmos To Chaos

In Chaos and Cosmos, Heidi Scott integrates literary readings with contemporary ecological methods to investigate two essential and contrasting paradigms of nature that scientific ecology continues to debate: chaos and balance. Ecological literature of the Romantic and Victorian eras uses environmental chaos and the figure of the balanced microcosm as tropes essential to understanding natural patterns, and these eras were the first to reflect upon the ecological degradations of the Industrial Revolution. Chaos and Cosmos contends that the seed of imagination that would enable a scientist to study a lake as a microcosmic world at the formal, empirical level was sown by Romantic and Victorian poets who consciously drew a sphere around their perceptions in order to make sense of spots of time and place amid the globalizing modern world. This study’s interest goes beyond likening literary tropes to scientific aesthetics; it aims to theorize the interdisciplinary history of the concepts that underlie our scientific understanding of modern nature. Paradigmatic ecological ideas such as ecosystems, succession dynamics, punctuated equilibrium, and climate change are shown to have a literary foundation that preceded their status as theories in science. This book represents an elevation of the prospects of ecocriticism toward fully developed interdisciplinary potentials of literary ecology.

All over the world people look forward to a perfect future, when the forces of good will be finally victorious over the forces of evil. Once this was a radically new way of imagining the destiny of the world and of mankind. How did it originate, and what kind of world-view preceded it? In this engrossing book, the author of the classic work The Pursuit of the Millennium takes us on a journey of exploration, through the world-views of ancient Egypt, Mesopotamia, and India, through the innovations of Iranian and Jewish prophets and sages, to the earliest Christian imaginings of heaven on earth. Until around 1500 B.C., it was generally believed that once the world had been set in order by the gods, it was in essence immutable. However, it was always a troubled world. By means of flood and drought, famine and plague, defeat in war, and death itself, demonic forces threatened and impaired it. Various combat myths told how a divine warrior kept the forces of chaos at bay and enabled the world to survive. Sometime between 1500 and 1200 B.C., the Iranian prophet Zoroaster broke from that static yet anxious world-view, reinterpreting the Iranian version of the combat myth. For Zoroaster, the world was moving, through incessant conflict, toward a conflictless state--"cosmos without chaos." The time would come when, in a prodigious battle, the supreme god would utterly defeat the forces of chaos and their human allies and eliminate them forever, and so bring an absolutely good world into being. Cohn reveals how this vision of the future was taken over by certain Jewish groups, notably the Jesus sect, with incalculable consequences. Deeply informed yet highly readable, this magisterial book illumines a major turning-point in the history of human consciousness. It will be mandatory reading for all who appreciated The Pursuit of the Millennium.

Philip Schaff is considered the founder of the discipline of church history in America, and he was the foremost practitioner of that discipline in nineteenth-century America. In this book Stephen R. Graham provides the first in-depth treatment of Schaff's analysis of religion in American and, by means of that study, examines not only Schaff's thought but also the development of religion in the United States in the nineteenth century. Topics covered include the three "threats" to American Christianity as conceived by Schaff -- sectarianism, romanism, and rationalism; Schaff's understanding of the American experiment of separation of church and state; Schaff's conception of America as playing a unique role in world and Christian history; and Schaff's contributions to ecumenism.

Cosmology has undergone a revolution in recent years. The exciting interplay between astronomy and fundamental physics has led to dramatic revelations, including the existence of the dark matter and the dark energy that appear to dominate our cosmos. But these discoveries only reveal themselves through small effects in noisy experimental data. Dealing with such observations requires the careful application of probability and statistics. But it is not only in the arcane world of fundamental physics that probability theory plays such an important role. It has an impact in many aspects of our everyday life, from the law courts to the lottery. Why then do so few people understand probability? And why do so few people understand why it is so important for science? Why do so many people think that science is about absolute certainty when, at its core, it is actually dominated by uncertainty? This book attempts to explain the basics of probability theory, and illustrate their application across the entire spectrum of science.

'he year was 1889. The French physicist-mathematician Henry T Poincare could not believe his eyes. He had worked for months on one of the most famous problems in science-the problem of three bodies moving around one another under mutual gravita tional attraction-and what he was seeing dismayed and trou bled him. Since Newton's time it had been assumed that the problem was solvable. All that was needed was a little ingenuity and considerable perseverance, but Poincare saw that this was not the case. Strange, unexplainable things happened when he delved into the problem; it was not solvable after all. Poincare was shocked and dismayed by the result-so disheartened he left the problem and went on to other things. What Poincare was seeing was the first glimpse of a phe nomenon we now call chaos. With his discovery the area lay dormant for almost 90 years. Not a single book was written about the phenomenon, and only a trickle of papers appeared. Then, about 1980 a resurgence of interest began, and thousands of papers appeared along with dozens of books. The new science of chaos was born and has attracted as much attention in recent years as breakthroughs in superconductivity and superstring theory.

New transdisciplinary studies have been appearing not only in such established areas as biochemistry or social psychology; there are presently emerging inter-scientific fields such as sociobiology, econophysics and last but not least sociophysics. The latter is a renewed attempt to combine the latest natural and social science theories and come up with significant generalisations for both. Using the powerful physics metaphor as an inertial guidance system, sociophysics emphasises the underlying similarities between all systems. This new scientific hybrid is raising much controversy as well as revealing great promise; for this reason, it has been chosen to provide the core and focus for this book. The holistic scope of this book makes it an appropriate reference work in many courses, such as: Global Ecology; Evolutionary Biology; Macroeconomics; Sociological Theory; Philosophy of Social Science; Theoretical Physics; Thermodynamics; Macro-history; Behavioural Science; General Systems Theory; and Interdisciplinary Studies.