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韦晓亮的GRE作文大讲堂的论证论据工具箱

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韦晓亮的GRE作文大讲堂论证论据工具箱

(摘自自新东方韦晓亮老师《GRE作文大讲堂》以及博客)

以下都是小弟一直获益的段落,平时练习的时候敲下来,争取敲的单词都对,因为刚好也要要求自己实际作文考试时候的打字正确率,这些工具箱特别适合issue的备考和解析,孙远的工具箱太宽泛了,不是很有针对性,把这些我摘录的分享给各位,也感谢《GRE作文大讲堂》的作者韦晓亮老师,书的含金量很高,也常去博客淘东西,让我学到很多东西,获得很多东西。第二次考GRE了,希望自己的作文能拿到6,笔考能到1500,我的目标,fight!

宁思凡

哲学类话题工具箱:

1. Dialectic analysis

Dialectic, in philosophy, method of investigating the nature of truth by critical analysis of concepts and hypotheses. One of the earliest examples of the dialectical method was the Dialogues of Greek philosopher Plato, in which the author sought to study truth through discussion in the form of questions and answers. Another noted Greek philosopher, Aristotle, thought of dialectic as the search for the philosophic basis of science, and he frequently used the term as a synonym for the science of logic.

2. Concept

Concepts are of central importance to an overall theory of cognition and the mind. Our thoughts, especially those that express or involve propositions, are analyzed and distinguished from one another by appeal to various facts involving concepts and our grasp of them. Similarly, our linguistic utterances that express propositions also express concepts, since concepts are normally thought to be closely related to, or even identified with, the meanings of entities like predicates, adjectives, and the like. Our understanding and interaction with the world also involves concepts and our grasp of them. Our understanding that a given thing is a member of a given category is at least partly in virtue of our grasp of concepts, and so are our acts of categorizing. Such capacities involve our knowledge in an essential way, and thus such philosophical issues regarding our epistemic capacities are tied to issues about concepts and their nature. There may be some features and capacities of the mind that do not involve concepts, but certainly the vast number of them do, and thus the task of identifying the correct general theory of concepts is significant to the philosophy of mind, philosophy of language, cognitive science, and psychology.

3. Egoism

In philosophy, egoism is the theory that one’s self is, or should be, the motivation and the goal of one’s own action. Egoism has two variants, descriptive or normative. The descriptive (or positive) variant conceives egoism as a factual description of human affairs. That is, people are motivated by their own interests and desires, and they cannot be described otherwise. The normative variant proposes that people should be so motivated, regardless of what presently motivates their behavior. Altruism is the opposite of egoism. The term “egoism” derives from “ego,” the Latin term for the

English word “I”. “Egoism” should be distinguished from “egotism,” which means a psychological overvaluation of one’s own importance, or of one’s own activities.

4. Epistemology

Epistemology is the study of knowledge. Epistemologists concern themselves with a number of tasks, which we might sort into two categories.

First, we must determine the nature of knowledge; that is, what does it mean to say that someone knows, or fails to know, something? This is a matter of understanding what knowledge is, and how to distinguish between cases in which someone knows something and cases in which someone does not know something. While there is some general agreement about some aspects of this issue, we shall see that this question is much more difficult than one might imagine.

Second, we must determine the extent of human knowledge; that is, how much do we, or can we, know? How can we use our reason, our senses, the testimony of others, and other resources to acquire knowledge? Are there limits to what we can know? For instance, are some things unknowable? Is it possible that we do not know nearly as much as we think we do? Should we have a legitimate worry about skepticism, the view that we do not or cannot know anything at all? 5. Pragmatism

Pragmatism was founded in the spirit of finding a scientific concept of truth, which is not dependent on either personal insight (or revelation) or reference to some metaphysical realm. The truth of a statement should be judged by the effect it has on our actions and truth should be seen as that which the whole of scientific enquiry will ultimately agree on. This should probably be seen as a guiding principle more than a definition of what it means for something to be true, though the details of how this principle should be interpreted have been subject to discussion since Pierce first conceived it. Like Rorty many seem convinced that Pragmatism holds that the truth of beliefs does not consist in their correspondence with reality, but in their usefulness and efficacy.

6.Realism

Realism (philosophy), in philosophy, a term used for two distinct doctrines of epistemology. In modern philosophy, it is applied to the doctrine that ordinary objects of sense perception, such as tables and chairs, have an existence independent of their being perceived. In this sense, it is contrary to the idealism of philosophers such as George Berkeley or Immanuel Kant. In its extreme form, sometimes called naive realism, the things perceived by the senses are believed to be exactly what they appear to be. In more sophisticated versions, sometimes referred to as critical realism, some explanation is given of the relationship between the object and the observer that accounts for the possibility of illusion, hallucination, and other perceptual errors.

科技类话题工具箱

1. The importance of Science

During scientific investigations, scientists put together and compare new discoveries and existing

knowledge. In most cases, new discoveries extend what is currently accepted, providing further evidence that existing ideas are correct. For example, in 1676 the English physicist Robert Hooke discovered that elastic objects, such as metal springs, stretch in proportion to the force that acts on them. Despite all the advances that have been made in physics since 1676, this simple law still holds true. Scientists utilize existing knowledge in new scientific investigations to predict how things will behave. For example, a scientist who knows the exact dimensions of a lens can predict how the lens will focus a beam of light. In the same way, by knowing the exact makeup and properties of two chemicals, a researcher can predict what will happen when they combine. Sometimes scientific predictions go much further by describing objects or events that are not yet known. An outstanding instance occurred in 1869, when the Russian chemist Dmitry Mendeleyev drew up a periodic table of the elements arranged to illustrate patterns of recurring chemical and physical properties. Mendeleyev used this table to predict the existence and describe the properties of several elements unknown in his day, and when the elements were discovered several years later, his predictions proved to be correct.In science, important advances can also be made when current ideas are shown to be wrong. A classic case of this occurred early in the 20th century, when the German geologist Alfred Wegener suggested that the continents were at one time connected, a theory known as continental drift. At the time, most geologists discounted Wegener's ideas, because the Earth's crust seemed to be fixed. But following the discovery of plate tectonics in the 1960s, in which scientists found that the Earth’s crust is actually made of moving plates, continental drift became an important part of geology.Through advances like these, scientific knowledge is constantly added to and refined. As a result, science gives us an ever more detailed insight into the way the world around us.

2. The place of technology in modern society

The place of technology in modern society is a subject of continuing controversy. Key issue includes not only the impact of technology on quotidian life but also the need to control the development and uses of technological innovations so that they benefit all aspects of community.

3. Positive effects of technology

Many technological developments during the last century have helped reduce human suffering. Consider, for instance, technology that enables computers to map Earth’s geographical features from outer space. This technology allows us to locate lands that can be cultivated for feeding malnourished people in third-world countries. And, few would disagree that humanity is the beneficiary of the myriad of 20th century innovations in medicine and medical technology—from prostheses and organ transplants to vaccines and lasers.

20th century technological innovation has enhanced the overall standard of comfort level of developed nations. The advent of steel production and assembly-line manufacturing created countless jobs, stimulated economic growth, and supplied a plethora of innovative conveniences. More recently, computers have helped free up out time by performing repetitive tasks: have aided in in the design of safer and more attractive bridges, buildings, and vehicles; and have made possible universal access to information.

4. Negative effects of technology

For every new technological breakthrough that helps reduce human suffering is another that serves primarily to add to that suffering. For example, while some might argue that physics researchers who harnessed the power of the atom have provided us with an alternative source of energy and invaluable “peace-keepers”, this argument flies in the face of hundreds of thousands of innocent people murdered and maimed by atomic blasts, and by nuclear meltdowns. And in fulfilling the promise of “better living through chemistry” research has given us chemical weapons for human slaughter. In short, so-called “advance” that scientific research has brought about often amount to net losses for humanity.

GRE Issue论据工具箱

1. Bill Gates (比尔·盖茨)和Microsoft Corporation(微软公司)

Bill Gates, born in 1955, American business executive, who serves as chairman of Microsoft Corporation, the leading computer software company in the United States. Gates cofounded Microsoft in 1975 with high school friend Paul Allen. The company’s success made Gates one of the most influential figures in the computer industry and, eventually, one of the richest people in the world. When Bill Gates made his decision to drop out from Harvard, he did not care too much of the result. Gates entered Harvard in 1973, and dropped out two years later when he and Allen started the engine of Microsoft. Many people did not understand why Gates gave up such a good opportunity to study in the world’s No. 1 University. However, with size comes power, Microsoft dominates the PC market with its operating systems, such as MS-DOS and Windows. Now, Microsoft becomes the biggest software company in the world and Bill Gates becomes the richest man in the world.

2. William Harvey (1578-1657) 哈维,血液循环发现人,推翻了盖伦的理论

William Harvey (1578-1657), English physician, who discovered the circulation of the blood and the role of the heart in propelling it, thus refuting the theories of Galen and laying the foundation for modern physiology. Harvey's De Motu Cordis subjected him to severe criticism by some contemporaries, but this was more than compensated for by the later widespread recognition of his contribution. He also undertook research in embryology, set forth in Exercitationes de Generatione Animalium (Essays on the Generation of Animals). The College of Physicians elected Harvey president in 1654, an honor he declined because of failing health. He died in London on June 3, 1657.

3. Mother Teresa (特蕾莎修女)

Mother Teresa, winner of the Nobel Peace Prize, dedicated the majority of her life to helping the poorest of the poor in India, thus gaining her the name“Saint of the Gutters.” The devotion towards the poor won her respect throughout the world and the Nobel Peace Prize in 1979. She founded an order of nuns called the Missionaries of Charity in Calcutta, India dedicated to serving the poor. Almost 50 years later, the Missionaries of Charity have grown from 12 sisters in India to

over 3, 000 in 517 missions throughout 100 countries worldwide.

4. George Washington (1732-1799), first president of the United States (1789-1797) and one of the most important leaders in United States history. His role in gaining independence for the American colonies and later in unifying them under the new U.S. federal government cannot be overestimated. Laboring against great difficulties, he created the Continental Army, which fought and won the American Revolution (1775-1783), out of what was little more than an armed mob. After an eight-year struggle, his design for victory brought final defeat to the British at Yorktown, Virginia, and forced Great Britain to grant independence to its overseas possession. With victory won, Washington was the most revered man in the United States. A lesser person might have used this power to establish a military dictatorship or to become king. Washington sternly suppressed all such attempts on his behalf by his officers and continued to obey the weak and divided Continental Congress. However, he never ceased to work for the union of the states under a strong central government. He was a leading influence in persuading the states to participate in the Constitutional Convention, over which he presided, and he used his immense prestige to help gain ratification of its product, the Constitution of the United States. Although worn out by years of service to his country, Washington reluctantly accepted the presidency of the United States. Probably no other man could have succeeded in welding the states into a lasting union. Washington fully understood the significance of his presidency. “I walk on untrodden ground,” he said. “There is scarcely any part of my conduct which may not hereafter be drawn in precedent.” During eight years in office, Washington laid down the guidelines for future presidents. Washington lived only two years after turning over the presidency to his successor, John Adams. The famous tribute by General Henry Lee, “first in war, first in peace, and first in the hearts of his countrymen,” accurately reflected the emotions that Washington’s death aroused. Later generations have crowned this tribute with the simple title “Father of His Country.”

5. Mandela (曼德拉)

Mandela, the South African black political leader and former president, was awarded 1993 Nobel Peace Prize for his efforts to antiracism and antiapartheid. Nelson Mandela is one of the great moral and political leaders of our time: an international hero whose lifelong dedication to the fight against racial oppression in South Africa won him the Nobel Peace Prize and the presidency of his country. Since his triumphant release in 1990 from more than a quarter-century of imprisonment, Mandela has been at the centre of the most compelling and inspiring political drama in the world. As president of the African National Congress and head of South Africa’s antiapartheid movement, he was instrumental in moving the nation toward multiracial government and majority rule. He is revered everywhere as a vital force in the fight for human rights and racial equality.

6. Beethoven (贝·多芬)

Beethoven, the German Composer, began to lose his hearing in 1801 and was entirely deaf by 1819. However, this obstacle could not keep him from becoming one of the most famous and prolific composers in art history. His music, including 9 symphonies, 5 piano concertos, several senates and so on, formes a transition from classical to romantic composition.

Beethoven combined the dramatic classical style of lively contrasts and symmetrical forms, which

was brought to its highest development by Mozart, with the older tradition of unified musical character that he found in the music of J. S. Bach. In some early works and especially in his middle or heroic period, Beethoven gave voice through his music to the new current of subjectivity and individualism that emerged in the wake of the French Revolution (1789-1799) and the rise of middle classes. Beethoven disdained injustice and tyranny, and used his art to sing the praises of the Enlightenment, an 18th-century movement that promoted the ideals of freedom and equality, even as hopes faded for progress through political change. (His angry cancellation of the dedication of the Eroica Symphony to Napoleon Bonaparte reveals Beethoven’s refusal to compromise his principles.)

7. Daimler Chrysler (戴姆勒·克莱斯)

Daimler Chrysler, one of the most successful automobile companies in the world, contributes significantly to the local employment of Stuttgart, Germany. 商业发展的合并合作模式日益强化 Industry developments of the late 1990s focused on joint international ventures among the strongest companies and global expansion into new markets. Globalization has made it increasingly difficult to identify an automobile as the product of one company or country. General Motors, for example, allied with Suzuki and Isuzu in Japan to sell several products internationally under GM nameplates. In 1998 Daimler-Benz AG merged with Chrysler Corporation but announced it would maintain Mercedes and Chrysler as separate brands. Ford acquired the automobile division of Swedish vehicle maker Volvo in 1999. A year later GM announced it would purchase a 20-percent stake in Italian carmaker Fiat, which also manufactures cars under the Ferrari, Lancia, and Maserati brands.

8. Hegel (1770-1831) 德国哲学家

Georg Wilhelm Friedrich Hegel is one of the greatest systematic thinkers in the history of Western philosophy. In addition to epitomizing German idealist philosophy, Hegel boldly claimed that his own system of philosophy represented an historical culmination of all previous philosophical thought. Hegel's overall encyclopedic system is divided into the science of Logic, the philosophy of Nature, and the philosophy of Spirit. Of most enduring interest are his views on history, society, and the state, which fall within the realm of Objective Spirit. Some have considered Hegel to be a nationalistic apologist for the Prussian State of the early 19th century, but his significance has been much broader, and there is no doubt that Hegel himself considered his work to be an expression of the self-consciousness of the World Spirit of his time. At the core of Hegel's social and political thought are the concepts of freedom, reason, self-consciousness, and recognition. There are important connections between the metaphysical or speculative articulation of these ideas and their application to social and political reality, and one could say that the full meaning of these ideas can be grasped only with a comprehension of their social and historical embodiment.

9. René Descartes (1596-1650) 笛卡尔(法国哲学家、数学家)

René Descartes (1596-1650) is one of the most important Western philosophers of the past few centuries. During his lifetime, Descartes was just as famous as an original physicist, physiologist and mathematician. But it is as a highly original philosopher that he is most frequently read today. He attempted to restart philosophy in a fresh direction. For example, his philosophy refused to

accept the Aristotelian and Scholastic traditions that had dominated philosophical thought throughout the Medieval period; it attempted to fully integrate philosophy with the \"new\" sciences; and Descartes changed the relationship between philosophy and theology. Such new directions for philosophy made Descartes into a revolutionary figure.

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