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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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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 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 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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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 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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"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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Kuhn s Structure of Scientific Revolutions, 2002.
Provides an overview of Thomas Kuhn's approach to understanding scientific knowledge.
1,191 words (approx. 4.8 pages), 1 source, MLA, $ 40.95
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Abstract
Thomas S. Kuhn's structural account on the production of scientific knowledge constructs a generalized picture of the process by which a science is born and undergoes change and development. This paper explains that for Kuhn, science is a social system. It looks at how Kuhn analyzes the structure of scientific revolutions using several key concepts. He uses the term paradigm for an archetypal experiment or problem solution that implicitly tells scientists how to look at the world. This paper discusses how Kuhn's thesis about scientific authority utilizes the notion of normal science which he defines as science that uses a past achievement as a model and guide for formulating and solving new problems about the world which are based on paradigms. In addition, scientific revolutions occur when one paradigm is replaced by another. The writer also explains that as a result, paradigms play an important role in both normal science and scientific revolutions.
From the Paper
"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 mature science are studied and explained from widely differing points of view. Next comes the emergence of a paradigm, embodied in the published works of one or more recognized scientists, defining and exemplifying the concepts and methods of research appropriate to the study of a certain class of natural phenomena, and serving as an inspiration to further research by its promise of success in explaining those 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 natural phenomena that violate the expectations governed by paradigms. In this stage, new theories are designed to explain these anomalous facts and then an abrupt transition to a new paradigm takes place in which a new conceptual and methodological framework arises which replaces the old. The final stage in the structure of scientific knowledge is the continuation of normal science within the new paradigm. This continues until the whole process repeats itself."
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The Neolithic Revolution, 2002.
A discussion of the Neolithic Revolution, focusing on how our understanding thereof is due to the scientific revolution.
1,450 words (approx. 5.8 pages), 3 sources, MLA, $ 48.95
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Abstract
This paper analyzes the scientific revolution and outlines the scientific disciplines that developed during and after this revolution. The paper claims that all of these technologies and disciplines have helped human beings to investigate their history. Through a review of Jared Diamond's Pulitzer Prize winning book "Guns, Germs, and Steel", the paper explains that all human understanding of the Neolithic revolution emerged from the scientific revolution.
From the Paper
"The Neolithic revolution predated the scientific revolution by thousands of years. The term Neolithic revolution was coined in 1941, and describes the shift from hunting and gathering societies to human societies dependent on agriculture that occurred over 10,000 years ago (Regents Prep). Ultimately, the Neolithic revolution led to the development of human settlements, and as settlements generated surpluses of goods, trade began. Social classes grew out of inequalities in goods, and eventually entire civilizations emerged from the widespread adoption of agriculture and farming (Regents Prep). The development of agriculture in the Neolithic revolution allowed humans to stay in one spot, and develop permanent settlements. Before the cultivation of land and the domestication of animals, humans were forced to live wherever food was abundant. Once the food supply in an area ran out, humans were forced to move on in search of better supplies, a nomadic existence characterized by earlier hunter-gatherer societies (Regents Prep)."
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The Second Industrial Revolution, 2002.
This paper explores the rapid economic and social changes after 1870 and looks at the differences between these developments and those of the first industrial revolution.
1,070 words (approx. 4.3 pages), 4 sources, $ 37.95
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Abstract
The paper begins with the spread of the first industrial revolution to Europe and the United States, naming these developments the ?Second Industrial Revolution?. The paper places this revolution in a time frame and gives a background to it in terms of the political, socioeconomic, and scientific developments in the United States and the technological and scientific advances in Germany. The reasons for the United States ?edge? in the second industrial revolution are examined. The differences in innovations in the two revolutions are discussed. Using the examples of the automobile industry and the creation of the modern corporation, the development of mass production is studied. The paper also explores how this revolution changed society and debates whether it has ended yet.
Table of Contents
Introduction
When Did the Second Industrial Revolution take Place?
Background
Advantage USA
Open Society
Skilled Immigrants
The Difference in Innovations
Mass Production
The Automobile Industry
Scientific Management & Growth of Corporations
How was Society Changed?
Has the Second Industrial Revolution Ended Yet?
Conclusion
From the Paper
"Rapid changes in societies that radically transform the way of life for significant segments of the population are termed revolutions. Such revolutions have occurred frequently in many parts of the world throughout history. However, only a few in the history of mankind have transformed societies in irreversible and profoundly significant ways. Two such significant events that have taken place in the course of human history are?The Neolithic Revolution and The Industrial Revolution. In the Neolithic Revolution people changed their way of life and social systems based on hunting and gathering to more complex systems dependant on agriculture and the domestication of animals. This led to the development of communities who lived in permanent settlements and gave rise to urban civilizations. The second equally significant event took place centuries later and came to be known as the Industrial Revolution. During this ?revolution? the agricultural societies created during the Neolithic Revolution were transformed into modern industrial societies. (Porter, Intro Para 4)"
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Enlightenment and the French Revolution, 2004.
A discussion on the effect of the Enlightenment on the French Revolution of 1789.
3,321 words (approx. 13.3 pages), 7 sources, APA, $ 94.95
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Abstract
This paper examines how revolutionary changes in the leadership of 18th century France did not occur overnight or with some sudden spark of defiance by citizens. It looks at how the events and ideals that led to the French Revolution were part of a gradual, yet dramatic, trend toward individualism, freedom, liberty, self-determination, and self-reliance, which had been evolving over years in Europe, and which would be called the Enlightenment. It examines and analyses the dynamics of the Enlightenment, and also those individuals who contributed to the growth of the Enlightenment and to the ultimate demise of the Monarchy, in terms of what affect it had on the French Revolution.
Outline
Thesis
Introduction to the French Revolution
Social Issues leading up to the French Revolution
The Enlightenment?s Historical Origins
The Scientific Revolution was one of the Engines Driving the Enlightenment
Michel de Montaigne, Charles Montesquieu and Rene Descartes
Enlightenment Heavyweights: Voltaire vs. Rousseau
Rousseau?s Declaration of the Rights of Man (1789)
The Enlightenment?s Direct Impact on the Revolution
Conclusion
From the Paper
"When the legitimate question is raised as to what role, if any, The Enlightenment played in the French Revolution, the best evidence from credible historic sources is that The Enlightenment did indeed play an important role in the transformation of key social and political dynamics leading up to and through the French Revolution. The trends in the early to middle 18th Century indicate that Europeans were in the midst of dramatic social change. For one, secularization was taking place: the Church was losing its once-powerful position; people were no longer true and total believers in the Church?s dogma that citizens would be damned if they strayed to a place outside the boundaries of the Church?s influence."
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"Revolution in Science", 2002.
An analysis of Rupert Hall's book "Revolution in Science: 1500-1750".
1,640 words (approx. 6.6 pages), 1 source, MLA, $ 53.95
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Abstract
The paper analyzes the book "The Revolution in Science: 1500-1750" by Rupert Hall in which he challenges some of the more conventional opinions that have tended to circulate about the historical rise of the scientific revolution. The paper discusses Hall's opinion that the shift in consciousness that marked the formal beginning of the Renaissance was not as violent or all-consuming as one might readily think. Rather, the transition was brought about through the heightening of intellectual tensions within pre-existing fields of inquiry.
From the Paper
"Coming fast on the heals of medievalism, it would not have been the objective of Renaissance scientists to imagine a world without God, but they did come to believe that Divine interventions and theological interpretations of the previous age needed to be washed away in favor of a more rigorous science. A new faith had emerged, and with that new faith came advances in many other parts of Renaissance society, above and beyond science. A good example of this ?trickle-down? effect was in engineering and ship building; with the ability to build better ships came the ability to open up new trade routes or the ability to colonize new worlds. (We should not forget that during this period, Europeans first came to America.) The revolution in science was indeed a revolution that was felt across all parts of society, and that revolution continues to unfold."
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The Nature of Science, 2002.
Examines theories on the nature of science by Thomas Kuhn ("The Structure of Scientific Revolutions") and Karl R. Popper ("The Logic of Scientific Discovery").
1,025 words (approx. 4.1 pages), 3 sources, $ 39.95
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Abstract
In his book entitled "The Structure of Scientific Revolutions", Thomas Kuhn outlines how and why scientific revolutions occur. Karl R. Popper's book entitled "The Logic of Scientific Discovery" presents a methodological structure for scientific inquiry. In many ways, Kuhn selected Popper's proposed methodological structure as a foil for his arguments about the nature of science. But given careful consideration, it would appear their interpretations of science might not have been that far apart. This paper will critically discuss the previous assertion, while paying attention to possible differences and similarities.
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