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17th Century Scientific Revolution, 1994.
This paper discusses the 17th Century scientific revolution, the birth of modern science as a result of collision between Aristotelian rationalism and Hermetic mysticism: Philosophy, math, astronomy, magic and experimentalism.
2,250 words (approx. 9.0 pages), 8 sources, $ 79.95
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From the Paper
"In the year 1600, what we now call the scientific revolution was in some respects already well underway. Over a century had passed since Columbus' voyages had demonstrated that entire continents existed of which the ancients knew nothing. More than half a century had passed since the publication of Copernicus' great work, De Revolutionibus, in 1543, challenged the traditional view that the Earth was in the center of the Universe. An equal time had passed since Veselius combined dissection of human cadavers with Renaissance draftsmanship to revolutionize the study of anatomy, and demonstrate that much of the received wisdom of the ancients on the subject was in error. The year 1600 itself saw the publication of William Gilbert's De Magnete, which began the scientific analysis of magnetic and electrical phenomena (and which thus, ultimately, began to ... "
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The Scientific Revolution, 2005.
An overview of the contribution of the Scientific Revolution of the 16th and 17th centuries.
1,073 words (approx. 4.3 pages), 11 sources, APA, $ 37.95
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Abstract
This paper attempts to demonstrate why the Scientific Revolution in the 16th and 17th centuries was not just simple evolution and how science, as we know it, did not really emerge until this period. It examines how, once underway, it dispelled commonly held principles based on simple observation by predecessors, such as Aristotle and Ptolemy and how, in doing so, managed to cling to tradition and religious beliefs.
From the Paper
"The man who is most given credit for starting the Scientific Revolution is Nocolai Copernicus, a Polish astronomer. Copernicus' heliocentric theory published in 1543 in the book On the Revolutions of Celestial Bodies led to the downfall of the Ptolemaic system. Instead of the universe revolving around the earth the heliocentric theory created a model of the universe that placed the sun at the center with the earth rotating daily and revolving yearly around it. Another important feature of the heliocentric theory is that it allowed a new ordering of the planets according to their periods of revolution."
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Scientific Revolution: 1500-1700 A.D., 2005.
An examination of the Scientific Revolution, which took place in Europe between 1500-1700.
1,147 words (approx. 4.6 pages), 2 sources, MLA, $ 39.95
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Abstract
The three hundred years between 1500 to 1700 A.D. was a period of a profound change in the thinking of the people, especially in Europe. During this time, the centuries-old beliefs of the people, which were based on dogma and religion, were challenged by a number of intellectuals who based their thinking on experimentation and mathematical analysis to understand the physical world around them. This revolutionary change in the way of thinking led to the application of knowledge to practical uses and propelled the Western world from the Dark Ages to the modern age. The significance of the period, which later came to be known as the period of Scientific Revolution, lies in the fact that the scientific developments of the time affected all aspects of the peoples' lives and led to the continuing dominance of the Western world over the rest of the world to this day. This paper reviews the developments of the Scientific Revolution and discusses their importance.
From the Paper
"During the Medieval or Middle Ages of the European history, the philosophical and scientific doctrine was dominated by the Church. Certain "truths" about the physical and natural world, based largely on Biblical studies and the Aristotle's philosophy (conveniently adopted by the Church as dogma) were considered to be undeniable. Prominent among these theories was the Aristotelian theory on astronomy that considered the earth to be the center of the universe around which all celestial bodies revolved. Other erroneous views of the time included the claim (later proved false by Galileo) that the rate at which an object fell depended on its weight, and that all matter was constructed from four basic elements--earth, air, fire and water; or the belief that that the human body contained four different liquids (called "humors") and that illness was caused by the imbalance of these "humors"."
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The Scientific Revolution, 2006.
Examines some of the discoveries made during the European Scientific Revolution.
1,050 words (approx. 4.2 pages), 4 sources, MLA, $ 36.95
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Abstract
The Scientific Revolution in pre-modern Europe sparked a fresh way of investigating and conceptualizing the universe. Europeans, for the most part, ceased to rely exclusively on ancient and church authorities to understand the cosmic order. The paper shows that, instead, they came to realize that people could comprehend the natural world through direct observation, mathematical reasoning and precise experimentation. Such developments had a profound impact on the course of scientific history. The paper examines a number of conceptual insights were made into the realm of scientific discourse, observation and interpretation.
From the Paper
"During the Scientific Revolution, medieval scholasticism was another area that underwent serious reconsideration by astronomers and philosophers. While Renaissance astronomers challenged medieval concepts of the universe, Renaissance philosophers such as Francis Bacon and Rene Descartes questioned medieval methods of acquiring knowledge. The dominant school of learning then was Scholasticism, which attempted to reconcile classical philosophy with Christian faith. Scholastics relied on the authority of ancient and Christian texts to answer all questions. At their best, Scholastics created marvelous systems of logic, such as the cosmological system described in Dante's Divine Comedy. At their worst, Scholastics produced endless debates over how many angels could dance on the head of a pin."
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The Scientific Revolution, 2000.
This paper discusses in detail some of the main figures of the scientific revolution. In addition it shows some of the innovations that were made during this time.
1,355 words (approx. 5.4 pages), 2 sources, $ 45.95
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Abstract
This paper gives an account of how the scientific revolution had an impact on the world. The author gives examples of some of the innovations that were made during this time period as well as the different people that played a major role during the revolution.
From the Paper
"Above the earth lay a series of crystalline spheres, one of which contained the moon, another the sun, and still others the planet and the stars?.Other key figures during this time period were Tycho Brahe, Johannes Kepler and Galileo Galilei. All of them used Copernicus?s information to help develop their own theories. In addition to them, Isaac Newton played a key role to help pave the way for science. He used all the theories that his predecessors had come up with and pieced everything together. This era also brought about philosophical changes as well as scientific changes. Francis Bacon introduced a new way for scientists to think. These men were the key figures in what is known as the Scientific Revolution."
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The Church and the Scientific Revolution of the 18th Century, 2002.
An overview of the clash between the Church and the Scientific Revolution of the 18th Century.
650 words (approx. 2.6 pages), 2 sources, $ 26.95
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Abstract
This paper will discuss the various elements that caused the rift between the Church and Scientific Revolution of the 18th century. By using examples, we can see how the Church reacted to technology and science in this period.
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Leonardo da Vinci: Art and the Scientific Revolution, 2005.
A paper examining the link between Leonardo da Vinci's art and the Scientific Revolution.
4,950 words (approx. 19.8 pages), 16 sources, MLA, $ 175.95
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Abstract
This paper examines the link between Leonardo da Vinci's art and the Scientific Revolution, discussing various factors such as the mathematization of nature, the study of perspective, and the golden ratio. Figures of related works are included.
From the Paper
"Art and science have long been presumed to be polar opposites, the one fueled by fantasy and creativity and the other by the mathematics and natural laws that are viewed as the other end of the spectrum. This is an incomplete and inaccurate perception, however. Art and science are, in fact, integrally connected and their premises are closely allied. The mathematical systems that science is based on are as much a part of art as of science, although art is..."
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"The Structure of Scientific Revolutions"--A Review, 2007.
A review of Thomas Kuhn's influential book, "The Structure of Scientific Revolutions."
2,744 words (approx. 11.0 pages), 1 source, MLA, $ 82.95
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Abstract
This paper reviews Thomas Kuhn's book about scientific advances entitled "The Structure of Scientific Revolutions." The paper focuses on several key elements and definitions in the work, with an emphasis on the concept of the scientific paradigm. The reviewer then discusses the role of paradigms in scientific revolutions, citing Kuhn's theory that revolutions appear when an old paradigm is substituted by a new one. Finally, the paper presents Kuhn's view of the past, present, evolution and future of science. The reviewer further describes Kuhn's view of the importance of crises in facilitating the evolution of science. The review concludes that Kuhn 's theory of paradigm and paradigm shifts gives a revolutionary description of scientific progress.
Outline:
Thomas Kuhn's Concept of Paradigm
The Structure of Scientific Revolutions
The Past, Present, Evolution and Future of Science
Reference List
From the Paper
" First of all, Kuhn (1996) introduces the notion of "normal science", that is, according to him, the science that bases its research on previous research which is recognized as valid by a scientific community. (p.10) It is the structure of normal science that the book proposes to investigate. Furthermore, Kuhn (1996) argues that the most salient aspect of scientific evolution in time is the fact that science does not progress through leaps or through unrelated sets of investigations. On the contrary, scientific research is always conducted under a paradigm, or, to put it differently, all research is based on previous scientific data. The scientific paradigm can be defined as a certain common pattern in scientific research, or a certain set of accepted world views that are held as true for a period of time. The paradigm is thus a set of common beliefs about the world, based on past research. "
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The Scientific Revolution, 2003.
Discusses the foundations of scientific advancements.
1,125 words (approx. 4.5 pages), 5 sources, $ 39.95
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Abstract
Examines the traditional crediting of Europe and Copernicus with the development of the Scientific Revolution. Contends that scientific advances in China and the Arabic world were largely responsible for the development.
From the Paper
"Generally, scholars date the beginning of the Scientific Revolution at the 1543 publication of Nicolas Copernicus's "De Revolutionibus Orbium Coelestium," in which he challenged the Ptolemiac universe and argued instead that the..."
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Science and Religion in the 17th Century, 2008.
An analysis of the interaction between science and religion in the 17th century.
1,523 words (approx. 6.1 pages), 3 sources, MLA, $ 50.95
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Abstract
This paper examines how the intense interaction between science and religion in the 17th century had an ultimately positive effect on human civilization over the succeeding centuries. The paper explains that these interactions produced played an instrumental role in generating the Enlightenment of the 18th century, which transformed the world, freed humanity from the bonds of religious dogma, and produced long-term benefits ranging from greatly expanded scientific learning to the dramatic emergence and development of democratic systems of government. The paper then points out that religion and science also clashed in the 17th century because they offered incompatible answers to humanity's existence, to the functioning of the universe, and to humanity's place in it. In the context of this discussion, the paper briefly examines the works of philosophers and scientists like Nicolas Copernicus, Johannes Kepler, Galileo and Tycho Brahe.
From the Paper
"After lengthy observations and calculations, Kepler eventually discovered that although Copernicus had correctly concluded that the planets of the solar system all orbited around the sun, he had been mistaken in assuming that planetary orbits were circular instead of elliptical. The most positive contribution of Copernicus was his theory that the earth rotates each day on its axis, that it revolves on an annual basis around the sun, and that other planets also revolve around the sun. Yet as revolutionary as this theory was, it was not proven to be true until Galileo observed the heavens and made some startling discoveries that provided that proof."
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The Scientific Revolution According to Thomas Kuhn, 1999.
The paper questions whether science moves forward in a cumulative and progressive manner, or if it moves forward in leaps and bounds?
1,440 words (approx. 5.8 pages), 3 sources, $ 47.95
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From the Paper
"Science can be broadly defined as the development of knowledge about the physical world. The history of science is the explanation of the development of this knowledge. Science is often viewed as cumulative and progressive by its nature. Such views, however, can have profound implications because not all scientists or theorists follow the cumulative view. Scientists use both deductive and inductive reasoning to hypothesize the possibility of a useful theory. They also seem to be able to decide or discover more easily which theories are false rather than which theories are true. While the proving or disproving of scientific theory plays a vital part in the growth of science and scientific inquiry, the way that the actual progress or creation and discovery of new ideas and paradigms of thought is at the center of scientific research. Does science move forward in a cumulative and progressive manner or does it move forward in leaps and bounds? "
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"The Structure of Scientific Revolutions", 2004.
An analysis of Thomas Kuhn's "The Structure of Scientific Revolutions" and its influence on postmodern art.
2,918 words (approx. 11.7 pages), 13 sources, MLA, $ 86.95
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Abstract
This paper discusses Thomas Kuhn's famous work, "The Structure of Scientific Revolutions," in an attempt to trace the connections between the theory of scientific paradigm creation and shift and the development of modern and postmodern thinking in the arts. This particularly refers to Kuhn's influence on post-structural philosophy and language theory. The paper traces some of these connections and indicates to what extent Kuhn's major work has been influential and connected to the modern artistic and linguistic movements. The paper contends that, in order to show the linkage clearly between Kuhn's theories and modern art, his work cannot be understood outside of the broader historical context in which it was written.
From the Paper
"What Kuhn hypothesized in The Structure of Scientific Revolutions was that scientific thought and theory did not progress in a consecutive linear fashion. New concepts or theoretical paradigms came about in a non-sequential and sudden fashion and were not coterminous or even necessarily theoretically related to the previous scientific paradigm. The following is a very simplistic outline of his theory but it encompasses the central tenets and aspects that made his work so influential. Firstly, science had been based on presumptions of certainty and objective infallibility. The central concept that characterized classical science was that it was a normative and sequential progression of knowledge and understanding of reality."
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The Philosophy of Scientific Revolutions, 2003.
This paper compares the philosophies of Thomas S. Kuhn, as presented in "The Structure of Scientific Revolutions" and of Jacques Derrida, as presented in his essay entitled "Structure, Sign and Play in the Discourse of the Human Sciences".
1,235 words (approx. 4.9 pages), 2 sources, APA, $ 42.95
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Abstract
This paper explains that, stressing the specific structure of scientific revolutions, Thomas S. Kuhn's structural account of the production of scientific knowledge constructs a generalized picture of the process by which a science is born and undergoes change and development. The author points out that Jacques Derrida's deconstructive viewpoint on structure complicates Kuhn's account of normal versus revolutionary science because Derrida opposes reason from the inside. The paper relates that Derrida's analysis of the construct of structure decenters Kuhn's notion of a paradigm in which Kuhn believes normal science takes place; that paradigm itself represents a fixed origin, which Derrida insists cannot exist independently.
From the Paper
"In order to fully understand how Derrida's deconstruction of discourse relates to Kuhn's structure of scientific revolutions, one must first analyze the process Kuhn exemplifies. For Kuhn, the production of scientific knowledge undergoes six main steps. The first is a pre-paradigm stage in which the natural phenomena that later form the subject matter of a science are studied and explained from widely differing points of view. Next comes the emergence of a paradigm that is published by recognized scientists and defines the concepts and methods of research appropriate to the study of those particular phenomena. The third stage in the development of scientific knowledge is a period of normal science in which theories are explored and scientific puzzles are solved. A critical stage is the discovery of new phenomena that violate the expectations of that particular paradigm."
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Utopian Writers of the 17th Century, 2007.
A review of different concepts of utopia as expressed by 17th century utopian writers.
6,330 words (approx. 25.3 pages), 13 sources, MLA, $ 147.95
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Abstract
This paper discusses and analyzes the utopian literature and ideas put forth by writers and philosophers in the 17th Century. It reviews and analyzes this literature from the perspective of literary critics and the writers who carve out utopian ideology and circumstance. It discusses the views that pinning down a definition for utopia is an exercise in opinion and not substantive fact.
Table of Contents:
Definitions Of Utopia: James Holstun
Definitions Of Utopia: Sir Thomas More
Definitions Of Utopia: J.C. Davis
Definitions Of Utopia: J.H. "Jack" Hexter
Eastern Definitions Of Utopia: Buddhism, Daoism, And Confucianism
Utopian Luminaries: Francis Bacon
Puritanism As Utopia
Utopian Luminaries: Mary Astell
From the Paper
"Once she had pulled herself out of the black hole she had been in, Astell was determined to do something positive for other women; and moreover, she wanted to help women in ways that transcended mere economic issues. She saw the "moral and spiritual destitution of many more" women than those she counted among the very poor and homeless, and she was very concerned for wealthy women who lacked humanistic values, according to Sutherland's critique. As Astell got her feet in the ground and became solvent, and later moved in high society, she "was deeply shocked by the superficiality of the lives of most women." Many of these wealthy women were just as impoverished morally as Astell had been impoverished materially and financially. In Proposal Astell describes in excellent narrative that she was "horrified by the waste of time, of intelligence, of talents given by God," Sutherland continues. And so, the book proposed the establishment of a "Protestant Nunnery" where women who were not married "could take refuge in a life of holiness and service.""
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Absolutism in 17th Century Europe, 2005.
This paper discusses the origins and history absolutism in 17th century Europe.
755 words (approx. 3.0 pages), 5 sources, MLA, $ 26.95
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Abstract
This paper explains that the growth of the absolute monarchy, referred to as the Age of Absolutism, beginning during the reign of Louis XIV and ending with the French Revolution, was the origin of the modern state. The author points out that absolutism was largely motivated as a solution to the crises of the sixteenth and seventeenth centuries, such as the Reformation that led to a series of violent and cruel religious and civil wars, leaving thousands of innocents died. The paper relates that, during the seventeenth century, monarchs attained power and authority that were unprecedented, leading historians to use the term "absolutism" to describe these political systems; however, other historians argue that the term is misleading because neither the ambitions of the monarchs nor the results constituted political absolutism.
From the Paper
"From appearance of nation-states in Europe during the middle of the millennium until the latter half of the twentieth century is, it seemed probably that some form of absolutism would be the dominant pattern for the most powerful and successful of those states. The triumph of societies based upon limited forms of government over their absolutist rivals is one of the most surprising and significant developments of the millennium. By 1715, Paris had become one of the greatest cities in Europe, whereas a century before, it was still very much a medieval town."
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