...Toni Howard Mrs. Arnold Revolutions December 20, 2014 Galileo Galilei’s Legacy Today Galileo Galilei, a man ahead of his time, began the scientific revolution. He challenged accepted theories of his day causing conflict among multiple religious leaders, making Galileo a powerful figure in all of science. Most commonly known for his astronomical observations, he also made significant contributions in the areas of physics, philosophy, and mathematics. He destroyed Aristotle’s geocentric idea that the earth was the center of the universe, and he proved with a collection of evidence that his heliocentric idea was right about the sun being the center of the solar system. Although this breakthrough triggered problems for himself, including house arrest until he died, he was seen as a fearless man not scared to show off what he believed in. Looking at Galileo Galilei’s early life as a scholar, researcher, and inventor, we are able to see the contributions he made to multiple sciences and how his legacy still is continuing today. Galileo Galilei was born in Pisa, Italy on February 15, 1564. He was the first child of 7 from his father Vincenzio Galilei and his wife Giulia. Vincenzio wanted the best for Galileo so he began his education with a private tutor until the family moved to Florence in 1574. Galileo then attended the monastery of Santa Maria Vallombrosa, where he spent his time learning alongside Camaldolese monks. By the age of 17, his father suggested that he would further...
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...Galileo Research Paper Galileo Galilei was one of the many philosophers that helped determine how and why the world worked the way it does. He based many of his experiments and theories off the beliefs of another great philosopher, Nicolaus Copernicus. Both of these scientists’ theories went against Aristotle. Aristotle was a Greek philosopher that observed many aspects of our universe. He made many theories, but never conducted experiments to support them. Although proof was never in place, the Roman Catholic Church believed that Aristotle’s theories were facts. Since Galileo went against Aristotle, the Church believed that he was going against their authority and religion. Galileo spent his whole life figuring out why the world does what it does and fighting with the Church to get his ideas across to the world. He was born a versatile open-minded intellectual. Galileo was constantly learning something new and becoming wiser. Galileo’s life was never boring or wasteful. Instead he wondered about things like, “how hot is heat?”.(Fisher, 14) He was born in Pisa, Italy on February 15, 1564. His family included his father, Vincenzio Galilei, his mother, Giulia Ammannati, two brothers, Michelangelo and Benedetto, and three sisters, Virginia, Livia, and one whose name was not recorded. His father was a merchant and talented musician. His father was also a rebellious thinker. Galileo was influenced by this a great deal. Some of Galileo’s work reflected the opinions from his father...
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...|Objectives | | |By the end of this lesson, students will be able to: | | |describe the scientific method and its effect on Western Europe | | |distinguish between the scientists Copernicus, Kepler, Galileo, Newton, and Harvey and their works | | |compare the political theories of Hobbes and Locke | | |explain how science and philosophy influenced one another during the Enlightenment | | |explain the term enlightened despot, using the model of Frederick II of Prussia | | |Click here for the course glossary | | |Click here for a Timeline of The Enlightenment and Scientific Revolution | | |This lesson discusses European society between 1600 and 1800--an era marked by the power of ideas and rational | | |thinking. The term Scientific Revolution is used to describe the growing acceptance and influence of the scientific| | |method and the belief that...
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...Evolution Through the Solar System Abstract Over the course the class has been about many different things through our solar system, land features, and more. This week we had to put together a paper describing how evolution has taken place through our solar system. The main objectives of the paper are to include the formation of the planets, the motion of the planets, the early revolution. Also, discussed is the scientists who discovered these properties of our solar system. For example Copernicus, Newton, Galileo, and Kepler. These scientists have all created or in some way helped to discover something new about our solar system. Evolution Through the Solar System Though scientists have been studying the solar systems for years. There are still discoveries made each year. Many of the discoveries have been interesting from the formation and motion of the planets, the early revolution of the planets, and the scientists who discovered what we know today. Formation Scientists have been studying the origin of our solar system for hundreds of years. Some findings are well supported while others are not as well received. The best news is we are not done concluding the formation of our solar system just yet. In 2006, the distant ice-covered body known as Pluto was reclassified as a dwarf and changed the model of our solar system from nine planets to eight. Today a planet is defined as, “A full-fledged planet is an object that orbits the sun and is large enough to have...
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...Education is the most important factor behind the progress man has achieved in this world. It has been the permanent character of human history and evolution of thought. However, in the past, it used to be prerogative of only a few privileged men and the pace of development was quite slow. Since it has been disseminated to common people, there has been rapid growth in every sphere of development: science, technology, sociology, politics, anthropology, etc. Now it is treated as basic human right of every man. Though, it encompasses a wide sphere of knowledge, it has been metamorphosed by man according to his needs. It has been mainly applied as a tool of economic development, which has limited its application. Consequently, people are deprived of the potential education offers for the overall development of personality and stability of society. The chaos in modern world is also partly due to this fault. Therefore, in order to meet the multi-dimensional challenges, man faces in the world, it is essential to impart real education i.e. liberal education. The liberal education has been defined in many ways, though emphasizing the similar essential elements. The best definition is offered by the “Association of American Colleges and Universities”. “Liberal education means to empower an individual and prepare him to deal with diversity, complexity and change”. As manifest from the definition, the purpose of education is to enable man to surpass the challenges faced in the...
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...HIST Y AN PHILO PHY TORY ND P OSOP Y OF S ENCE SCIE E COMM MON CO OURSE IN ENG E GLISH BBA (I Seme A ester) BA/BS (IV Se Sc emester) 2011 A dmission onwards o UNIV VERSI ITY OF CAL F LICUT SC CHOOL OF DI L ISTANC EDU CE UCATIO ON Calicut Universi P.O. M ity Malappur ram, Kera India 673 635 ala, a 106 School of Distance Education UNIVERSITY OF CALICUT SCHOOL OF DISTANCE EDUCATION BBA (I Semester) BA/BSc (IV Semester) Common Course in English 2011 Admission onwards HISTORY AND PHILOSOPHY OF SCIENCE MODULE I & II Prepared by : House No. 21 “Pranaam” Keltron Nagar, Kolazhi, Thrissur Ms. GAYATHRI MENON .K MODULE III & IV Prepared by: Ms. SWAPNA M.S. Department of English K. K. T. M. Govt. College Pullut, Thrissur Dr. Anitha Ramesh K Associate Professor Department of English ZG College, Calicut © Reserved 2 Scrutinised by : Layout: Computer Section, SDE History and Philosophy of Science School of Distance Education Contents MODULE I ANCIENT HISTORY OF SCIENCE 1. Introduction 2. Origins of Scientific Enquiry 3. European Origins of Science 4. Contributions of Early India 5. Science in China 6. The role of Arabs in the History of Science MODULE 2 7. Science in the Middle Ages MODULE 3 MODERN SCIENCE 8. Newton and After 9. The Advancing Frontiers: Modern Medicine to Nanotechnology MODULE 4 PHILOSOPHY OF SCIENCE 10. Basic concepts in the Philosophy of Science 11. Some Issues in the Philosophy...
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...authority was also in progress, a radical shift in thought that later became known as the Scientific Revolution. Scientists in all fields were beginning to question the wisdom of the ancient philosophers who had molded their disciplines. They gradually began rely on objective facts and observation and to turn away from the mysticism, religion, and unfounded theorizing that had previously dominated the field. This drastic change in scientific practices and beliefs was most apparent in the field of astronomy. Physics and astronomy had been dominated by the work of Aristotle, a philosopher from the time of ancient Greece, and Ptolemy, an astronomer from the second century A.D. Astronomy was rooted in both philosophy and theology, and it was difficult for scientists to separate their work from that of the mystics or the clergy. Through the work of the four fathers of the astronomical revolution, Copernicus, Kepler, Galileo, and Newton, both the practice of astronomy and man's view of the universe were...
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...Hawking contra Philosophy Christopher Norris presents a case for the defence. Stephen Hawking recently fluttered the academic dovecotes by writing in his new book The Grand Design – and repeating to an eager company of interviewers and journalists – that philosophy as practised nowadays is a waste of time and philosophers a waste of space. More precisely, he wrote that philosophy is ‘dead’ since it hasn’t kept up with the latest developments in science, especially theoretical physics. In earlier times – Hawking conceded – philosophers not only tried to keep up but sometimes made significant scientific contributions of their own. However they were now, in so far as they had any influence at all, just an obstacle to progress through their endless going-on about the same old issues of truth, knowledge, the problem of induction, and so forth. Had philosophers just paid a bit more attention to the scientific literature they would have gathered that these were no longer live issues for anyone remotely au fait with the latest thinking. Then their options would be either to shut up shop and cease the charade called ‘philosophy of science’ or else to carry on and invite further ridicule for their head-in-the-sand attitude. Predictably enough the journalists went off to find themselves media-friendly philosophers – not hard to do nowadays – who would argue the contrary case in a suitably vigorous way. On the whole the responses, or those that I came across, seemed overly anxious to strike...
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...Topic: What begins people’s discovery of science? Thesis: “Hypotheses non fingo,” Newton confidently claimed. Therefore, he arbitrarily excluded the “hypothesis” from the experimental philosophy. Affected by him, more and more remarks neglected the importance of the “hypotheses” since then. As a result, it becomes a common view that discovery should proceed from analytic methods stricto sensu. Then, what is the real definition of hypothesis in Newton’s opinion ? Will he believe in intuition? Therefore, I will try to explain the definition of both “hypothesis” and “intuition”, and then attach significance to the “intuition” to show how the intuition begins a new discovery of science and struggle to prove that sometimes, the intuition can be a quite strong power to lead us to reach our confirmations. Outline: 1. The moment when I realize the importance of the intuition (Faraday) 2. The definition of hypothesis and intuition 3. The supporter- Einstein (using his examples as detailed ones) 4. The other famous successful discoveries in four different fields: Physics, Chemistry, Biology, Geography (describing the main story of each example) 5. How should we treat the intuition? What should we do after the intuition? 6. The conclusion includes 1) The importance of the intuition, 2) The significant role it has acted in the history of science, 3) Its efficiency of finding a certain answer, 4) An interesting analogy to show the role of intuition Body: ...
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...Part 1 1. What is Philosophy? Quite literally, the term "philosophy" means, "love of wisdom." In a broad sense, philosophy is an activity people undertake when they seek to understand fundamental truths about themselves, the world in which they live, and their relationships to the world and to each other. As an academic discipline philosophy is much the same. Those who study philosophy are perpetually engaged in asking, answering, and arguing for their answers to life’s most basic questions. To make such a pursuit more systematic academic philosophy is traditionally divided into major areas of study. Source: http://philosophy.fsu.edu/content/view/full/36588 2. What are the benefits of Studying Philosophy? Studying philosophy improves reasoning and critical skills. Skills gained by philosophy majors are useful in almost any career. * The ability to think logically * The ability to analyze and solve problems * The ability to assess proposed solutions * The ability to write and speak clearly, attending to details Students learn about questions. How to ask good questions and distinguish the worthwhile from the worthless questions. How to divide, prioritize, and simplify questions. Students are affected by learning about questions. * Studying questions liberates us from prejudice * It helps us to think independently, thus, promoting autonomy, self-government, and individuation * It broadens our perspective on life The study of philosophy benefits students intellectually...
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...Pre-Socratic Period Thales of Miletus Background: Thales of Miletus (fl. c. 585 BC) is regarded as the father of philosophy. Thales of Miletus was considered one of the Seven Wise Men of ancient Greece. Thales was the first of the Greek natural philosophers and founder of the Ionian school of ancient Greek thinkers. Works/Writings/Philosophy: His is said to have measured the Egyptian pyramids and to have calculated the distance from shore of ships at sea using his knowledge of geometry. He also predicted an eclipse of the sun. In geometry Thales has been credited with the discovery of five theorems like the one that a triangle inscribed in a semicircle has a right angle. He tried to discover the substance from which everything in nature is made off and suggested water. Thales is important in bridging the worlds of myth and reason. He initiated the revolutionary notion that to understand the world one needed to know its nature and that there was an explanation for all phenomena in natural terms. That was a giant step from the assumptions of the old world that supernatural forces determined almost everything. While considering the effects of magnetism and static electricity, he concluded that the power to move other things without the mover itself changing was a characteristic of "life", so that a magnet and amber must therefore be alive in some way (in that they have animation or the power to act). If so, he argued, there is no difference between the living and the dead...
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...mTELECOURSE STUDY GUIDE FOR The Examined Life FOURTH EDITION author J. P. White Chair, Department of Philosophy Santa Barbara City College contributing author Manuel Velasquez Professor of Philosophy Santa Clara University This Telecourse Study Guide for The Examined Life is part of a collegelevel introduction to philosophy telecourse developed in conjunction with the video series The Examined Life, and the text Philosophy: A Text with Readings, tenth edition, by Manuel Velasquez, The Charles Dirksen Professor, Santa Clara University. The television series The Examined Life was designed and produced by INTELECOM Intelligent Telecommunications, Netherlands Educational Broadcasting Corporation (TELEAC/NOT), and Swedish Educational Broadcasting Company (UR) Copyright © 2007, 2005, 2002, 1999 by INTELECOM Intelligent Telecommunications All rights reserved. No part of this book may be reproduced or utilized in any form or by any means, electronic or mechanical, including photocopying, recording, or by any information storage and retrieval system, without the written permission of INTELECOM Intelligent Telecommunications, 150 E. Colorado Blvd., Suite 300, Pasadena, California 91105-1937. ISBN: 0-495-10302-0 Contents Introduction. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . v Lesson One — What is Philosophy? . . . . . . . . . . . . . . . . . . . . ....
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...The Grand Design ALSO BY STEPHEN HAWKING A Brief History of Time A Briefer History of Time Black Holes and Baby Universes and Other Essays The Illustrated A Brief History of Time The Universe in a Nutshell FOR CHILDREN George’s Secret Key to the Universe (with Lucy Hawking) George’s Cosmic Treasure Hunt (with Lucy Hawking) ALSO BY LEONARD MLODINOW A Briefer History of Time The Drunkard’s Walk: How Randomness Rules Our Lives Euclid’s Window: The Story of Geometry from Parallel Lines to Hyperspace Feynman’s Rainbow: A Search for Beauty in Physics and in Life FOR CHILDREN The Last Dinosaur (with Matt Costello) Titanic Cat (with Matt Costello) The Grand Design The Grand Design The Grand Design The Grand Design Copyright © 2010 by Stephen W. Hawking and Leonard Mlodinow Original art copyright © 2010 by Peter Bollinger All rights reserved. Published in the United States by Bantam Books, an imprint of The Random House Publishing Group, a division of Random House, Inc., New York. Cartoons by Sidney Harris, copyright © Sciencecartoonsplus.com BANTAM BOOKS and the rooster colophon are registered trademarks of Random House, Inc. eISBN: 978-0-553-90707-0 www.bantamdell.com v3.0 The Grand Design The Grand Design The Grand Design The Grand Design E EACH EXIST FOR BUT A SHORT TIME, and in that time explore but a small part of the whole universe. But humans are a curious species. We wonder, we seek answers. Living in this vast world that...
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...The Scholastics St Anselm . . . . . . . . . . . . . . . . . . 48 St Thomas Aquinas . . . . . . . 50 John Duns Scotus . . . . . . . . . 52 William of Occam . . . . . . . . . 54 The Liberals Adam Smith . . . . . . . . . . . . . . 106 Mary Wollstonecraft . . . . 108 Thomas Paine . . . . . . . . . . . . . 110 Jeremy Bentham . . . . . . . . . 112 John Stuart Mill . . . . . . . . . . 114 Auguste Comte . . . . . . . . . . . 116 The Eleatics Parmenides of Elea . . . . . . . 16 Zeno of Elea . . . . . . . . . . . . . . . 18 The Age of Science Nicolaus Copernicus . . . . . . 56 Niccolò Machiavelli . . . . . . . 58 Desiderus Erasmus . . . . . . . . 60 Thomas More . . . . . . . . . . . . . . 62 Francis Bacon . . . . . . . . . . . . . . 64 Galileo Galilei . . . . . . . . . . . . . 66 Thomas Hobbes . . . . . . . . . . . . 68 Sir Isaac Newton . . . . . . . . . . 70 The Evolutionists Charles Darwin . . . . . . . . . . . 118 Henri Louis Bergson . . . . 120 A. N. Whitehead . . . . . . ....
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...useful sentences for academic writing Argue a. Along similar lines, [X] argues that ___. b. There seems to be no compelling reason to argue that ___. c. As a rebuttal to this point, it might be (convincingly) argued that ___. d. There are [three] main arguments that can be advanced to support ___. e. The underlying argument in favor of / against [X] is that ___. f. [X]’s argument in favor of / against [Y] runs as follows: ___. Claim a. In this [paper], I put forward the claim that ___. b. [X] develops the claim that ___. c. There is ample / growing support for the claim that ___. d. [X]’s findings lend support to the claim that ___. e. Taking a middle-ground position, [X] claims that ___. Data a. The data gathered in the [pilot study] suggests / suggest that ___. b. The data appears / appear to suggest that ___. c. The data yielded by this [study] provides strong / convincing evidence that ___. (yielded = generated) d. A closer look at the data indicates that ___. e. The data generated by [X] is / are reported in [table 1]. f. The aim of this [section] is to generalize beyond the data and ___. In modern usage, data can also be treated as a mass / uncountable noun, like information. Before you submit your work, check whether the institution you’re writing for / on behalf of prefers data + plural verb. Debate a. [X] has fostered debate on ___. (fostered = encouraged) b. There has been an inconclusive debate about whether ___. c. The question of whether...
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