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Scientific Revolution: Centuries
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The greatest figure of the scientific revolution, Sir Isaac Newton, was a fellow of the Royal Society of England. To earlier discoveries in mechanics and astronomy he added many of his own and combined them in a single system for describing the workings of the universe; the system is based on the concept of gravitation and uses a new branch of mathematics, the calculus, that he invented for the purpose. All of this was set forth in his Philosophical Principles of Natural Philosophy (1687), the publication of which marked the beginning of the modern period of mechanics and astronomy. Newton ... discovered that white light can be separated into a spectrum of colors, and he theorized that light is composed of tiny particles, or corpuscles, whose behavior can be described by the laws of mechanics. A rival theory, holding that light is composed of waves, was proposed by Huygens about the same time. However, Newton's influence was so great and the acceptance of the mechanistic philosophy of Descartes and others so widespread that the corpuscular philosophy was the dominant one for more than a century.
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The scientific revolution took place from the sixteenth century through the seventeenth century and saw the formation of conceptual, methodological, and institutional approaches to the natural world that are recognizably like those of modern science. It should not be seen as a revolution in science but a revolution in thought and practice that brought about modern science. Although highly complex and multifaceted, it can essentially be seen as the amalgamation of what was called natural philosophy with various so-called subordinate sciences, such as the mathematical sciences, astronomy, optics, and geography, or with separate traditions, such as those of natural magic and alchemy. The traditional natural philosophy, institutionalized in the universities since their foundation in the thirteenth century, was almost entirely based upon the doctrines of Aristotle and followed rationalist procedures. When those trained in natural philosophy began to recognize the power of alternative traditions for revealing truths about the physical world, they increasingly incorporated them into their natural philosophies. In so doing, these natural philosophers inevitably introduced different methods and procedures to complement and refine the earlier rationalism.
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According to the study, a scientific revolution is not a simple radical new beginning, but the result of a new organisation of transmitted knowledge. The result of 10 years of research, this four-volume, 2000-page work on the origins of Einstein’s General Relativity Theory - one of the most important physical theories of the 20th century - will appear in the Springer Press.
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The year 1543 may be taken as the beginning of the scientific revolution, for it was then that Copernicus published The Revolution of the Heavenly Bodies and Vesalius, On the Structure of the Human Body. Within a century and a half, man's conception of himself and the universe he inhabited was altered, and the scholastic method of reasoning was replace by new scientific methods.
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The standard theory of the history of the scientific revolution claims the seventeenth century was a period of revolutionary scientific changes. It is claimed that not only were there revolutionary theoretical and experimental developments, but that even more importantly, the way in which scientists worked was radically changed. An alternative anti-revolutionist view is that science as exemplified by Newton's
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