Famous Men of Science
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Galileo in Rome Galileo in Rome
Galileo in Rome Galileo in Rome The Rise and Fall of a Troublesome Genius William R. Shea and Mariano Artigas Oxford New York Auckland Bangkok Buenos Aires Cape Town Chennai Dar es Salaam Delhi Hong Kong Istanbul Karachi Kolkata Kuala Lumpur Madrid Melbourne Mexico City Mumbai Nairobi São Paulo Shanghai Taipei Tokyo Toronto Copyright © 2003 by Oxford University Press, Inc. First published by Oxford University Press, Inc., 2003 198 Madison Avenue, New York, New York 10016 www.oup.com Issued as an Oxford University Press paperback, 2004 ISBN 0-19-517758-4 (pbk) Oxford is a registered trademark of Oxford University Press All rights reserved. No part of this publication may be reproduced, stored in a retrieval system, or transmitted, in any form or by any means, electronic, mechanical, photocopying, recording, or otherwise, without the prior permission of Oxford University Press. The Library of Congress has catalogued the cloth edition as follows: Artigas, Mariano. Galileo in Rome : the rise and fall of a troublesome genius / Mariano Artigas and William R. Shea. p. cm. Includes bibliographical references and index. ISBN 0-19-516598-5 1. Galilei, Galileo, 1564-1642—Journeys—Italy—Rome. 2. Religion and science—History—16th century. 3. Astronomers—Italy—Biography. I. Shea, William R. II. Title. QB36.G2 A69 2003 520'.92—dc21 2003004247 Book design by planettheo.com 9 8 7 6 5 4 3 2 1 Printed in the United States of America on acid-free paper CONTENTS ACKNO W L E D G E M E N T S vii I N TRO D U C TIO N ix CHA P TER O N E Job Hunting and the Path -
THE GIVERS: EAU CLAIRE PHILANTHROPISTS in the CONTEXT of AMERICAN TRENDS Neil D. Bonham History 489 Professor James Oberly Marc
THE GIVERS: EAU CLAIRE PHILANTHROPISTS IN THE CONTEXT OF AMERICAN TRENDS Neil D. Bonham History 489 Professor James Oberly March 25, 2009 Copyright for this work is owned by the author. This digital version is published by McIntyre Library, University of Wisconsin Eau Claire with the consent of the author 1 Contents ABSTRACT 3 INTRODUCTION 4 The Coors Family 5 Philanthropy 8 Andrew Carnegie’s Beliefs 14 Rockefeller Ways 21 The Inheritance Tax 23 Givers of Eau Claire 27 CONCLUSION 36 WORKS CITED 38 BIBLIOGRAPHY 39 2 Abstract “The Givers: Philanthropy in Eau Claire.” Neil D. Bonham Philanthropy is an important facet in communities around the world. It is a practice that provides many important services that may not exist if it were not for the generosity of others who donate their time and money. This paper will be focusing exclusively on monetary forms of philanthropy. Philanthropy exists in many different forms and is motivated in many different ways. It comes from the wealthiest of individuals to the most financially challenged of people. This paper explores what philanthropy is, the different types of philanthropy, and motivations for philanthropy. It will cover information about some of the most famous of givers. It then will make a local connection by talking about the Philanthropists for Eau Claire, their lives, and the benefits received by their donations. 3 Introduction The City of Eau Claire is filled with buildings and places dedicated to individuals. Those names often are put in honor of those who made their existence possible. Some examples are Carson Park, Randall Park, and L.E. -
Galileo and Einstein Text for Physics 109, Fall 2009
Galileo and Einstein Text for Physics 109, Fall 2009 Michael Fowler, UVa Physics 8/21/2009 2 TABLE OF CONTENTS 1 INTRODUCTION: WHAT IS THIS COURSE ABOUT? ......................................................... 12 1.1 Some Basic Ideas .......................................................................................................................... 12 1.2 Babylonians and Greeks ................................................................................................................ 12 1.3 Greek Classics Come to Baghdad................................................................................................... 12 1.4 Monasteries and Universities ....................................................................................................... 13 1.5 Galileo .......................................................................................................................................... 13 1.6 Newton ......................................................................................................................................... 13 1.7 From Newton to Einstein .............................................................................................................. 13 1.8 What about Other Civilizations? ................................................................................................... 14 1.9 Plan of the Course ......................................................................................................................... 14 2 COUNTING IN BABYLON ........................................................................................................... -
It's the Question That You Ask Galileo Galilei
THE NEW JERSEY ITALIAN HERITAGE COMMISSION It's the Question That You Ask Galileo Galilei Grade Level: 6-12 Subject: Science / World History / World Languages Categories: Arts and Sciences / History and Society Standards: Please see page 8 of the lesson plan for complete New Jersey Student Learning Standards alignment. Objectives: Students will be able to: 1. explain why the proper question can lead to a more accurate answer. 2. conduct an experiment using the scientific method. 3. demonstrate why scientific experiments will explain the "how" things happen. Materials: • Five five-pound free weights and one ten-pound weight • A high place, e.g. football stands, second floor window. • Duct tape • Notebook Abstract: The lesson includes Galileo’s investigation of gravity. It emphasizes the shift from Aristotelian deductive reasoning to empiricism by changing the investigative question from why things fall to earth to how things fall to earth. Background: Ancient Greece gave birth to systematic thinking, i.e., philosophy. Through philosophy, men began to use reason and the observation of the natural world to explain the causes of things. Aristotle brought his mentor, Plato's abstract investigation of causes to his own investigation of the physical world. Aristotle, however, did not conduct scientific experiments in the modern sense. Like other Greek philosophers, he believed that all knowledge could be deduced through reason. Page 1 of 9 Copyright 2019 – New Jersey Italian Heritage Commission U3-LP-004 Aristotle reasoned that the cause of falling was "heaviness." He deduced that the heavier an object, the faster it would fall to earth. To Aristotle, the world was made up of combinations of the four elements, Earth, Fire, Air, and Water. -
Galileo Galilei: Un Hombre Contra La Oscuridad
Rev.R.Acad.Cienc.Exact.Fís.Nat. (Esp). Vol. 107, Nº. 12, pp 5578, 2014 XVI. Programa de Promoción de la Cultura Científica y Tecnológica. GALILEO GALILEI: UN HOMBRE CONTRA LA OSCURIDAD. FERNANDO BOMBAL GORDÓN *. * Real Academia de Ciencias Exactas, Físicas y Naturales. Valverde 22, 28004 Madrid. Facultad de Matemáticas. Universidad Complutense. 28040 Madrid. Prefiero descubrir un solo hecho, por pequeño que sea, a discutir largamente los grandes temas sin descubrir nada en absoluto. GALILEO GALILEI. Galileo Galilei (1564-1642) es probablemente el “La filosofía está escrita en ese grandísimo libro personaje que mejor evoca el proceso de cambio y —me refiero al Universo— que tenemos abierto ante evolución que marca la transición de la concepción los ojos, pero no se puede comprender si antes no se medieval del mundo al nacimiento de la Ciencia mo- aprende el idioma y a interpretar los caracteres en que está escrito. Está escrito en el lenguaje de las matemá derna en el Occidente europeo. ticas y sus caracteres son triángulos, círculos y otras figuras geométricas, sin las cuales es imposible entender una sola palabra. Sin ese lenguaje, navegamos en un oscuro laberinto”. incluidas en su obra Il Saggiatore (El Ensayador, 1623; una polémica dirigida contra la dialéctica de los jesui- tas) se consideran como la declaración funda cional del método científico. La defensa a ultranza de sus ideas sobre el diseño racional de la Naturaleza, le hizo enfrentarse al oscu- rantismo de su tiempo y le han convertido en el para- digma de la libertad de pensamiento. De sus descubrimientos, sus ideas y su vida en la apasionante Italia de la época trata esta Conferencia. -
Prof.Bignami
Industry and Astronomy By Prof. Giovanni Bignami Galileo too had started like this. That is, by building telescopes for the Serenissima Republic of Venice, in 1609, as soon as he learned that some glass specialist in Flanders has discovered a lens combination which allowed one to see things afar as if they were near-by. Galileo, who had been professor in Padua for over 17 years, knew very well that Venice has the best glass in the world, and went personally to Murano to order lenses of various sizes and curvatures. But then he immediately realized that a lens is just as good as it is polished, and thus proceeded to polish his lenses by his own hand. In this he was amorously supported by a young and beautiful girl from Venice, Marina Gamba, who was then living with Galileo “in sin”(and had given him three children..). Galileo mounted his lenses, polished to the same optical quality as for reading glasses (occhiale, in Italian), at both ends of a tube, resembling a small cannon, and, pronto, there was a “cannocchiale” (cannone + occhiale…), i.e. what today we call telescope with a fancy Greek name. The rest, as they say, it’s history: it was the birth of observational astronomy. EIE, alas, did not exist at the time, and Mestre was just a hamlet of fishermen who did not for a moment think about telescopes. Nor did INAF exist (nor even Italy), and even less so ESO or a united Europe. Today, on the other hand, we are all here to celebrate EIE, which 25 years ago started in Mestre, more or less like Galileo, but with no need of Dutch people to take optics lessons from (this is true even today, after all). -
Galileu Galilei: El Naixement De La Ciència Moderna
Galileu Galilei: el naixement de la ciència moderna Victòria Rosselló Rosselló, V. (2016). Galileu Galilei: el naixement de la ciència moderna. In: Ginard, A.; Vicens, D. i Pons, G.X. (eds.). Idees que van canviar el món. Mon. Soc. Hist. Nat. Balears, 22; 53-65. SHNB - UIB. ISBN 978-84-608-9162-8. Disponible on-line a shnb.org/SHN_monografies Resum: El pensament de Galileu suposa el punt de partida de la Revolució Científica amb l’aparició d’una ciència on l’experimentació hi té un paper fonamental en contraposició a la ciència aristotèlica vigent al segle XVI. Amb el seu esforç intel·lectual, Galileu va fer trontollar l’edifici conceptual del seu temps amb el canvi d’actitud mental davant els problemes físics. La física galileana suposà una nova manera de mirar el món, que pretenia descobrir les lleis físiques que regulen els processos naturals. La nova manera d’analitzar els fenòmens de la naturalesa fou un procés que pot descriure’s com el pas de la recerca de causes a la recerca de lleis. La física aristotèlica s’ocupava del canvi (motio) i tenia com a objectiu comprendre els fenòmens de la naturalesa mitjançant l’examen de les causes. El coneixement pràctic (techne) havia estat exclòs per Aristòtil de la Filosofia Natural per considerar-lo inferior al coneixement científic (episteme). La Revolució Científica va consistir en bona mesura en la progressiva dissolució d’aquesta diferenciació i en la reconciliació del coneixement adquirit amb la pràctica amb l’obtingut mitjançant la raó. 54 Idees que van canviar el món Galileu Galilei va néixer el 15 de febrer de 1564 a Pisa i fou el primer de sis germans. -
This Is the File GUTINDEX.ALL Updated to July 5, 2013
This is the file GUTINDEX.ALL Updated to July 5, 2013 -=] INTRODUCTION [=- This catalog is a plain text compilation of our eBook files, as follows: GUTINDEX.2013 is a plain text listing of eBooks posted to the Project Gutenberg collection between January 1, 2013 and December 31, 2013 with eBook numbers starting at 41750. GUTINDEX.2012 is a plain text listing of eBooks posted to the Project Gutenberg collection between January 1, 2012 and December 31, 2012 with eBook numbers starting at 38460 and ending with 41749. GUTINDEX.2011 is a plain text listing of eBooks posted to the Project Gutenberg collection between January 1, 2011 and December 31, 2011 with eBook numbers starting at 34807 and ending with 38459. GUTINDEX.2010 is a plain text listing of eBooks posted to the Project Gutenberg collection between January 1, 2010 and December 31, 2010 with eBook numbers starting at 30822 and ending with 34806. GUTINDEX.2009 is a plain text listing of eBooks posted to the Project Gutenberg collection between January 1, 2009 and December 31, 2009 with eBook numbers starting at 27681 and ending with 30821. GUTINDEX.2008 is a plain text listing of eBooks posted to the Project Gutenberg collection between January 1, 2008 and December 31, 2008 with eBook numbers starting at 24098 and ending with 27680. GUTINDEX.2007 is a plain text listing of eBooks posted to the Project Gutenberg collection between January 1, 2007 and December 31, 2007 with eBook numbers starting at 20240 and ending with 24097. GUTINDEX.2006 is a plain text listing of eBooks posted to the Project Gutenberg collection between January 1, 2006 and December 31, 2006 with eBook numbers starting at 17438 and ending with 20239. -
2011 Medals & Awards Gsa President's Medal
2011 MEDALS & AWARDS GSA PRESIDENT’S I was born in 1947 in the Bronx, right near the Bronx Zoo and the New York MEDAL Botanical Garden, so that I could walk to Presented to either by myself from an early age. My best Dava Sobel academic credential is undoubtedly my diploma from the Bronx High School of Science. My home life, too, provided excellent career preparation, since my mother had trained as a chemist, and no one in my family thought it odd or unusual for a girl to be interested in science. I am extremely gratified by the warm reception my books have received—not just in terms of good reviews or ratings on bestseller lists, but also events that followed their publication. Longitude helped place a memorial to John Harrison in Westminster Abbey. Astronomers who read Galileo’s Daughter named a crater on Venus for Suor Maria Celeste, and also a feature on the asteroid Eros for her mother, Marina Gamba. Dava Sobel Thanks to The Planets, an asteroid discovered Author “Galileo’s Daughter and Longitude” in 1994 by David Levy and Carolyn Shoemaker has been officially registered as (30935) Davasobel. Beginning fresh out of college as a Right now I am writing a play about technical writer for IBM, I moved quickly Copernicus and the events that made him into journalism in 1970, just in time for the buck common sense and received wisdom to first Earth Day. My favorite jobs were as defend the Earth’s motion around the Sun. science writer for the Cornell University News The theme of the piece is a familiar favorite of Bureau, where my beat included everything mine: the great transformation of humankind’s from astronomy to veterinary medicine, and worldview through science. -
Galileo Galilei 1 Galileo Galilei
Galileo Galilei 1 Galileo Galilei « La filosofia è scritta in questo grandissimo libro che continuamente ci sta aperto innanzi a gli occhi (io dico l'universo), ma non si può intendere se prima non s'impara a intender la lingua, e conoscer i caratteri, ne' quali è scritto. Egli è scritto in lingua matematica, e i caratteri son triangoli, cerchi, ed altre figure geometriche, senza i quali mezzi è impossibile a intenderne umanamente parola; senza questi è un aggirarsi vanamente per un oscuro laberinto. » (Galileo Galilei, Il Saggiatore, Cap. VI) Galileo Galilei Galileo Galilei (Pisa, 15 febbraio 1564 – Arcetri, 8 gennaio 1642) è stato un fisico, filosofo, astronomo e matematico italiano, padre della scienza moderna. Il suo nome è associato ad importanti contributi in dinamica[1] e in astronomia - fra cui il perfezionamento del telescopio, che gli permise importanti osservazioni astronomiche[2] - e all'introduzione del metodo scientifico (detto spesso metodo galileiano o metodo scientifico sperimentale). Di primaria importanza furono il suo ruolo nella rivoluzione astronomica e il suo sostegno al sistema eliocentrico e alle teorie copernicane. Accusato di voler sovvertire la filosofia naturale aristotelica e le Sacre Scritture, Galileo fu per questo condannato come eretico dalla chiesa cattolica e costretto, il 22 giugno 1633, all'abiura delle sue concezioni astronomiche, nonché a trascorrere il resto della sua vita in isolamento. Biografia La giovinezza (1564-1588) Galileo Galilei nacque il 15 febbraio 1564 a Pisa, [3] primogenito dei sette -
Galileo Galilei
Galileo Galilei . And the Optik Tube Galileo’s Italy . Pisa Vincenzo & Guilia Galilei Born in Pisa, Feb. 15, 1564 Oldest of six kids (four survived) Baptized in Cathedral of Pisa Santa Maria di Vallombrosa (monastery) University of Pisa (1581) Pendulum Motion 1592 – University of Padua Hydrostatic Balance The “Sector” Marina Gamba Hans Lippershey (1570-1619) A quick review . • Heavens are perfect • Earth is fixed, doesn’t move • Circles are perfect • Uniform circular motion • Use of epicycles to explain “retrograde” motion Geocentric problems • Planets “orbit” imaginary points. Why? • Why to closer planets always stay near the Sun? What confines them there? • More distant planets only retrograde when opposite the Sun from Earth. • What the hell is an “equant?” • Is it truly Geocentric now? • However . Is this a good “scientific theory?” Planetary configurations Nicholas Copernicus • Polish doctor • Found it “pleasing” that the Earth might orbit the Sun • Heliocentric idea • Feared criticism • Still used perfect circles for orbits De Revolutionibus, 1543 Galileo’s “Optik Tube” (1609) . He wrote it down! “Sidereus Nuncius” (Mar. 1610) Saturn has “ears” “smaismrmilmepoetaleumibunenugttausras” How do you “look” at the Sun? December 1615 – Heads to Rome 1616 decree . Cardinal Bellarmine Pope Urban VIII Santa Maria Sopra Minerva “Discourse and Mathematical Demonstrations Relating to Two New Sciences” “E pur si muove” Died: January 8, 1642 Galileo Museum, Florence POWER!!! The “nasty five-letter word” Different “powers” • Magnification – “making things larger” • Light Gathering – “collecting more light than your eye.” Depends on “aperture,” or diameter of light collector. • Resolving – “the ability to see fine detail.” Depends on quality, aperture & sky conditions. Measured in arc seconds. -
HISTORICAL 50CIETY MONTGOMERY COUNTY PENNSYLVANIA JVONR/Stovm
BULLETIN jo/^t/te. HISTORICAL 50CIETY MONTGOMERY COUNTY PENNSYLVANIA JVONR/STOVm PUBLISHED BY THE SOCIETY AT IT5 ROOM5 18 EAST PENN STREET NORRI5TOWN.PA. APRIL, 1948 VOLUME VI NUMBER 2 PRICE ONE DOLLAR Historical Society of Montgomery County OFFICERS Kieke Bryan, Esq., President S. Cameron Corson, First Vice-President George K. Brecht, Esq., Second Vice-President Foster G. Hillegass, Third Vice-President Eva G. Davis, Recording Secretary Helen E. Richards, Corresponding Secretary Mrs. LeRoy Burris, Financial Secretary Lyman a. Kratz, Treasurer Rudolf P. Hommel, Librarian TRUSTEES Kirke Bryan, Esq. Mrs. H. H. Francine H. H. Ganser David E. Groshens, Esq. Nancy P. Highley Foster C. Hillegass Mrs. a. Conrad Jones David Todd Jones Hon. Harold G. Knight Lyman A. Kratz Douglas Macfarlan, M.D. Katharine Preston Franklin A. Stickler Mrs. Franklin B. Wildman, Jr. Norris D. Wright LUGRETIA MOTT (Photograph by F. Gutekunst, Philadelphia. See note at end of paper.) THE BULLETIN of the Historical Society of Montgomery County Published Semi-Anmudly—October and April Volume VI April, 1948 Number 2 CONTENTS Montgomery County's Greatest Lady: Lucretia Mott Homer T. Rosenberger, Ph.D. 91 The Second Troop, Montgomery County Cavalry, Rudolf P. Hommel 172 The Naming of Obelisk 177 Librarian's Report Rudolf P. Hommel 179 Fall Meeting, November 15, 1947 Eva G. Davis 180 Annual Meeting, February 23,1948 Eva G. Davis 180 Report on Membership Helen E. Richards 181 Publication Committee Anita L. Eystbr David E. Groshbns, Esq. Hannah Gerhard Charles R. Barker, Chairman 89 Montgomery County's Greatest Lady: Lucretia Mott^ By Homer T. Rosenberger, Ph.D.