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Joseph Henry
MEMOIR JOSEPH HENRY. SIMON NEWCOMB. BEAD BEFORE THE NATIONAL ACADEMY OP SCIENCES, APRIL 21, 1880. (1) BIOGRAPHICAL MEMOIR OF JOSEPH HENRY. In presenting to the Academy the following notice of its late lamented President the writer feels that an apology is due for the imperfect manner in which he has been obliged to perform the duty assigned him. The very richness of the material has been a source of embarrassment. Few have any conception of the breadth of the field occupied by Professor Henry's researches, or of the number of scientific enterprises of which he was either the originator or the effective supporter. What, under the cir- cumstances, could be said within a brief space to show what the world owes to him has already been so well said by others that it would be impracticable to make a really new presentation without writing a volume. The Philosophical Society of this city has issued two notices which together cover almost the whole ground that the writer feels competent to occupy. The one is a personal biography—the affectionate and eloquent tribute of an old and attached friend; the other an exhaustive analysis of his scientific labors by an honored member of the society well known for his philosophic acumen.* The Regents of the Smithsonian Institution made known their indebtedness to his administration in the memorial services held in his honor in the Halls of Congress. Under these circumstances the onl}*- practicable course has seemed to be to give a condensed resume of Professor Henry's life and works, by which any small occasional gaps in previous notices might be filled. -
Physics and Astronomy (Classes QB, QC, and Selected Portions of Z)
LIBRARY OF CONGRESS COLLECTIONS POLICY STATEMENTS Physics and Astronomy (Classes QB, QC, and selected portions of Z) Contents I. Scope II. Research strengths III. Collecting policy IV. Acquisition sources V. Best editions and preferred formats VI. Collecting levels I. Scope The Collections Policy Statement on Physics and Astronomy covers the subclasses of QB (Astronomy) and QC (Physics), as well as the corresponding subclasses of Class Z. In addition, some of the numerous abstracting and indexing services, catalogs of other scientific libraries, and specialized bibliographic finding aids for these fields are classed in Z. See also the related Collections Policy Statements for Chemical Sciences and Technology. II. Research strengths A. General The Library’s collecting strength in subclasses QB and QC is generally at the research level. The Library has long runs of many important serials such as American Journal of Physics, Journal of Applied Physics, Journal of the British Astronomical Association, and other publications of notable societies and associations, as well as the major abstracting and indexing services in physics and astronomy including Science Abstracts. Series A, Physics Abstracts, and its predecessors, and Astronomischer Jahresbericht and its successor, Astronomy and Astrophysics Abstracts. The Library’s extensive general collections in physics and astronomy are further enhanced by the numerous technical reports held in the Automation, Collections Support & Technical Reports Section, and by specialized materials held by the Manuscript, Rare Book and Special Collections, Geography and Map, and Prints and Photographs Divisions. In addition, the Library’s already extensive collection of U.S. astronomy and physics dissertations in microform is now supplemented by the digital dissertations archive from the ProQuest Dissertations and Theses Global database. -
Scientific BIOGRAPHY and the CASE of GEORGES CUVIER
Hist. Sci.) xiv (1976), 101-137 1976HisSc..14..101O SCIENTIFic BIOGRAPHY AND THE CASE OF GEORGES CUVIER: WITH A CRITICAL BIBLIOGRAPHY Dorinda OutralU University of Reading The purpose of this introduction is to provide some interpretative tools for the reader of the body of secondary literature on Georges Cuvier which is examined in the attached critical bibliography. Criticism and analysis of existing work is therefore emphasized, and the problems in volved in constructing a positive biography of Cuvier are only briefly examined. Not only strictly biographical studies, but also work on all aspects of Cuvier's achievement, have been so strongly informed by pre suppositions about his character, that a knowledge of this bias and its characteristic expressions is nece.<;sary before previous work on Cuvier can be properly interp'reted. This bibliography is thus also intended as a necessary clearing of the ground before further study of Cuvier's career can be undertaken. This is true not only because it is necessary to discover the precise extent of factual inadequacy in our knowledge of Cuvier's life and achievement, but also because we need to increase our awareness of the role which biographical inquiry has played in the history of science, for without this awareness, the full implications of the adoption of the form cannot be assessed. Interest in Georges Cuvier has increased considerably during the last decade, but so far almost no account has been taken of the extraordinary biographical tradition through which we view him. Almost every presen tation of Cuvier since his death in 1832 has been dominated by emphases which were established very soon afterwards, and which have continued to monopolize the attention of historians of the life-sciences until very recently. -
“The Advancement of Science: James Mckeen Cattell and the Networks Of
1 The Advancement of Science: James McKeen Cattell and the Networks of Prestige and Authority, 1894-1915 ROBIN VANDOME The need for an authoritative and widely-accessible American scientific periodical was keenly felt by 1880, when the weekly Science was established in New York by the journalist John Michels, with the financial backing of scientific entrepreneur Thomas Edison. As the astronomer and mathematician Simon Newcomb had observed with regret in 1874, “The difficulty is not that our scientific men are indifferent to knowledge, but that they do not go through the laborious and thankless process of digesting and elaborating their knowledge and publishing it to the world.”1 Some promising scientific publications had, in fact, emerged, ranging from the commercial Scientific American (established in 1846) and the specialist American Naturalist (established in 1867 and limited, as Newcomb noted, “entirely to biology”), to the more philosophically-inclined magazine aimed at a broadly-educated audience, Popular Science Monthly (established in 1872).2 But the only periodical that met Newcomb’s high standards for the publication of new research was the venerable American Journal of Science and Arts (established in 1818), and even that title was restricted largely to the earth sciences at the expense of many new disciplines.3 Multiple efforts to cater to general scientific interests in a single periodical were made in the 1870s and 1880s, only for most to flounder after a few months or years, in line with the typical pattern for new magazines in this period.4 The shorter-lived contemporaries of Science included the Science Record (1872-77), Scientific Monthly (1875-76), Scientific Observer (1877-87), Science News (1878-79), Illustrated Scientific News (1878-81), Scientific Man (1878-82), a second Science Record (1884-85), Science Review (1885-86), and Science and Education (1886-87), among still others.5 By 1900, however, Science clearly 2 filled the gap felt by the likes of Newcomb. -
Early Psychological Laboratories [1] James Mckeen Cattell (1928)
Early Psychological Laboratories [1] James McKeen Cattell (1928) Classics in the History of Psychology An internet resource developed by Christopher D. Green York University, Toronto, Ontario ISSN 1492-3173 Early Psychological Laboratories [1] James McKeen Cattell (1928) First published in Science, 67, 543- 548. Posted August 2000 Laboratories for research and teaching in the sciences are of comparatively recent origin. They may be regarded as part of the industrial revolution, for there is a close parallel in causes and effects between the development of the factory system and of scientific laboratories. The industrial revolution began with the exploitation by machinery of coal and iron in England; it may perhaps be dated from the use of the steam engine of Watts in the coal mines of Cornwall about a hundred and fifty years ago. The laboratory had its origin fifty years later in Germany as part of the scientific renaissance following the Napoleonic wars. The University of Berlin was founded by Wilhelm von Humboldt and Frederich William III in 1810. The first laboratory of chemistry was opened by Justus von Liebig at Giessen in 1824. This was followed by similar laboratories at Göttingen under Wöhler in 1836, at Marburg under Bunsen in 1840, and at Leipzig under Erdmann in 1843. The first English laboratory was the College of Chemistry, now part of the Imperial College of Science and Technology of the University of London, which was opened in 1845 by von Hoffmann, brought from Germany by Prince Albert. Benjamin Silliman founded at Yale University the first American laboratory for the teaching of chemistry. -
How a Scandal Helped Change IU Forever PLUS IU's Most Influential Presidents & Honoring the Contributions Minorities & Women Have Made to the University
IU BICENTENNIAL SPECIAL How a Scandal Helped Change IU Forever PLUS IU's Most Influential Presidents & Honoring the Contributions Minorities & Women Have Made to the University By Carmen Siering Founded on January 20, 1820, as the State Seminary, Indiana University has grown from a one-building institution of learning—where a dozen young men were taught the classics by a single professor, Baynard Rush Hall—to a world-class research institution with more than 94,000 students and more than 21,000 faculty and staff on campuses in Bloomington and across the state. The bicentennial was being discussed as early as 2007—the year Michael A. McRobbie became president. But planning for this one-time-only celebration of the university’s first 200 years kicked into high gear in 2015. That’s the year James Capshew was hired as the official university historian, and the Office of the Bicentennial, directed by Kelly Kish, began focusing on a myriad of Bloomington-based and statewide projects to coincide with the anniversary. A website, magazine, blogs, podcasts, videos, oral histories—a true multiplicity of media representations—are An 1836 drawing of the First College Building, located at Seminary Square, published all being utilized to disseminate the gathered research. And in The Indiana Gazetteer, or Topographical Dictionary of The State of Indiana in 1850. while there is still plenty that remains murky—meaning there is Photo courtesy of IU Archives still plenty for future historians to uncover and debate—the years The Moss Killers, 1884. (seated in front, l-r) Edward leading up to the bicentennial have provided opportunities to are now South College and South Morton Street and West 1st and A. -
The Biography of Anton Theophilus Boisen
Association for Clinical Pastoral Education, Inc. The Biography of Anton Theophilus Boisen Anton Boisen is the pioneer founder of the clinical pastoral education movement. He was the first clergy to supervise students in what we know today as Clinical Pastoral Education (CPE). He believed in the first hand study of human experience as a way to challenge seminarians to think theologically. What he called reading “the living human documents” was a necessary supplement to classroom training in the seminary experience. In 1926, he wrote about his method, "Theological training for the future will be a continuous affair, with the parish as the laboratory and a person with need the main concern, and the seminary a ‘clearing-house' of theological tradition and formation and the supervisor of methods. The attention will be shifted from the past to the present; from books to the raw material of life." 1897 Arbutus Yearbook Indiana University In a mimeographed paper entitled The Task and Methods of Theology, he defines theology in this way “Theology may best be regarded as the cooperative attempt to organize religious experience by scrutinizing religious beliefs and inquiring into the origin, meaning, and consequences of these beliefs. It is assumed in this definition that religious experience is the sensation of fellowship raised to its highest level, a bonding with God and a genuine compassion for the well-being of all humankind.” Boisen worked practically his entire life in mental institutions and had five major events of schizophrenia and a couple of lesser episodes himself. Coming out of these episodes, he felt that he had a clearer perspective on the relation of science and religion. -