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Logic and Methodology of Science: an Introduction to the Philosophy of Science 1 P
CONTENTS CONTENTS HISTORY AND PHILOSOPHY OF SCIENCE AND TECHNOLOGY History and Philosophy of Science and Technology - Volume 1 No. of Pages: 402 ISBN: 978-1-84826-323-9 (eBook) ISBN: 978-1-84826-773-2 (Print Volume) History and Philosophy of Science and Technology - Volume 2 No. of Pages: 416 ISBN: 978-1-84826-324-6 (eBook) ISBN: 978-1-84826-774-9 (Print Volume) History and Philosophy of Science and Technology - Volume 3 No. of Pages: 394 ISBN: 978-1-84826-325-3 (eBook) ISBN: 978-1-84826-775-6 (Print Volume) History and Philosophy of Science and Technology - Volume 4 No. of Pages: 412 ISBN: 978-1-84826-326-0 (eBook) ISBN: 978-1-84826-776-3 (Print Volume) For more information on e-book(s) and Print Volume(s) order, please click here Or contact : [email protected] ©Encyclopedia of Life Support Systems (EOLSS) HISTORY AND PHILOSOPHY OF SCIENCE AND TECHNOLOGY CONTENTS VOLUME I Logic and Methodology of Science: An Introduction to the Philosophy of Science 1 P. Lorenzano, National University of Quilmes (UNQ), Argentina National Council of Scientific and Technical Research (CONICET), Argentina 1. Introduction: Nature and function of the Philosophy of Science 1.1. The Metascientific Studies 1.2. The Philosophical Theorization about Science or Philosophy of Science 1.2.1. Its Nature and Relationship with Other Metascientific Disciplines 1.2.2. The Distinction between General and Special Philosophy of Science 1.2.3. The Distinction between Synchronic and Diachronic Philosophy of Science 1.2.4. A Brief History of the Philosophy of Science 2. -
Tuzo Wilson in China: Tectonics, Diplomacy and Discipline During the Cold War
University of Pennsylvania ScholarlyCommons Undergraduate Humanities Forum 2012-2013: Penn Humanities Forum Undergraduate Peripheries Research Fellows 4-2013 Tuzo Wilson in China: Tectonics, Diplomacy and Discipline During the Cold War William S. Kearney University of Pennsylvania, [email protected] Follow this and additional works at: https://repository.upenn.edu/uhf_2013 Part of the Geophysics and Seismology Commons, and the Tectonics and Structure Commons Kearney, William S., "Tuzo Wilson in China: Tectonics, Diplomacy and Discipline During the Cold War" (2013). Undergraduate Humanities Forum 2012-2013: Peripheries. 8. https://repository.upenn.edu/uhf_2013/8 This paper was part of the 2012-2013 Penn Humanities Forum on Peripheries. Find out more at http://www.phf.upenn.edu/annual-topics/peripheries. This paper is posted at ScholarlyCommons. https://repository.upenn.edu/uhf_2013/8 For more information, please contact [email protected]. Tuzo Wilson in China: Tectonics, Diplomacy and Discipline During the Cold War Abstract Canadian geophysicist John Tuzo Wilson's transform fault concept was instrumental in unifying the various strands of evidence that together make up plate tectonic theory. Outside of his scientific esearr ch, Wilson was a tireless science administrator and promoter of international scientific cooperation. To that end, he travelled to China twice, once in 1958 as part of the International Geophysical Year and once again in 1971. Coming from a rare non-communist westerner in China both before and after the Cultural Revolution, Wilson's travels constitute valuable temporal and spatial cross-sections of China as that nation struggled to define itself in elationr to its past, to the Soviet Union which inspired its politics, and to the West through Wilson's new science of plate tectonics. -
History of Physics Newsletter Volume VII, No. 3, Aug. 1998 Forum Chair
History of Physics Newsletter Volume VII, No. 3, Aug. 1998 Forum Chair From the Editor Forum News APS & AIP News Book Review Reports Forum Chair Urges APS Centennial Participation The American Physical Society celebrates its 100th anniversary in Atlanta, Georgia, at an expanded six-day meeting from March 20-26, 1999, which will be jointly sponsored by the American Association of Physics Teachers. This will be the largest meeting of physicists ever held, and the APS Forum on the History of Physics will play a central role in making it a truly memorable event. The 20th century has been the Century of Physics. The startling discoveries of X-rays, radioactivity, and the electron at the end of the 19th century opened up vast new territories for exploration and analysis. Quantum theory and relativity theory, whose consequences are far from exhausted today, formed the bedrock for subsequent developments in atomic and molecular physics, nuclear and particle physics, solid state physics, and all other domains of physics, which shaped the world in which we live in times of both peace and war. A large historical wall chart exhibiting these developments, to which members of the Forum contributed their expertise, will be on display in Atlanta. Also on display will be the well-known Einstein exhibit prepared some years ago by the American Institute of Physics Center for History of Physics. Two program sessions arranged by the Forum at the Atlanta Centennial Meeting also will explore these historic 20th-century developments. The first, chaired by Ruth H. Howes (Ball State University), will consist of the following speakers and topics: John D. -
SIXTY YEARS SINCE the FOUNDATION of the (STATE) INSTITUTE of GEOPHYSICS at the CHARLES UNIVERSITY in PRAGUE Prof. Alois Zátopek
SIXTY YEARS SINCE THE FOUNDATION OF THE (STATE) INSTITUTE OF GEOPHYSICS AT THE CHARLES UNIVERSITY IN PRAGUE Prof. Alois Zátopek, Studia geoph. et geod. vol. 25, 1981 1. INTRODUCTION The aim of the present article is to give, on the occasion of this remarkable anniversary, a brief description of events associated with the relatively long history of geophysical research on the territory of Czechoslovakia, which resulted in the birth of the named institution and to revive its historical role played in the development of contemporary geophysics in our country. In the author's opinion the date of 29 December 1920, i.e. the day of the foundation of the Institute of Geophysics at the time-honoured Charles University by the Ministry of Education of the first Czechoslovak Republic (1918-1938), decree No. 87.276/20, denotes one of the most significant days of this whole history, in which Professor Dr. Václav LÁSKA (1862-1943), who may well be designated as founder of modern geophysics in Czechoslovakia [1, 3], appears as the most outstanding personality. 2. PREHISTORY Though geophysics was declared an independent and autonomous discipline among the exact natural sciences only in the sixties of the 19th century, geophysical observations in our countries began much earlier [2]. It was in the Klementinum Astronomical Observatory of the Charles University in Prague (established 1751), that, apart from the astronomical programme, also systematic meteorological observations were initiated already in the course of the second half of the eighteenth century. Geomagnetic measurements were also started here some time later, and, in 1839, one of the oldest geomagnetic observatories in the world was put into operation by Carl KREIL (Director of the Zentralanstalt für Meteorologie und Geodynamik in Vienna since 1851), who compiled the first geomagnetic maps of Bohemia and Moravia on the basis of his geomagnetic field measurements performed over this territory. -
VOLCANIC RESEARCH Recognizing Innovation Invitation for Nominations
VOL. 98 • NO. 12 • DEC 2017 Did Ancient Mayans Foresee Meteor Showers? Legacy of the 1992 Nicaragua Tsunami Earth & Space Science News A Grand Tour of Ocean Basins Drones Aid VOLCANIC RESEARCH Recognizing Innovation Invitation for Nominations Nominations open online until 31 December 2017 www.psipw.org e-mail: [email protected] PSIPW 8th Ad 8.375x10.875 inches_2 Final.indd 1 3/12/2017 10:00:07 AM Earth & Space Science News Contents DECEMBER 2017 PROJECT UPDATE VOLUME 98, ISSUE 12 22 A Grand Tour of the Ocean Basins A new teaching resource facilitates plate Recognizing Innovation tectonics studies using a virtual guided tour of ocean basins around the world. Invitation for Nominations PROJECT UPDATE 28 The Legacy of the 1992 Nicaragua Tsunami A powerful tsunami struck Nicaragua’s Pacific coast 25 years ago. In its wake emerged the first coordinated collaboration among international tsunami scientists. 16 OPINION COVER Three Steps to Successful Nominations open online 13Collaboration with Data Drone Peers into Open Volcanic Vents Scientists An unmanned aerial vehicle provided high-resolution data that allowed scientists to A step-by-step cartoon guide to efficient, until 31 December 2017 construct their first detailed map of erupting vents at Stromboli, one of the world’s effective collaboration between Earth most active volcanoes. scientists and data scientists. www.psipw.org e-mail: [email protected] Earth & Space Science News Eos.org // 1 PSIPW 8th Ad 8.375x10.875 inches_2 Final.indd 1 3/12/2017 10:00:07 AM Contents DEPARTMENTS Editor in Chief Barbara T. Richman: AGU, Washington, D. -
History of Geophysical Technology Through Advertisements in GEOPHYSICS
GEOPHYSICS, VOL. 50, NO. 12 (DECEMBER 1985); P. 2299-2408, 186 FIGS. History of geophysical technology through advertisements in GEOPHYSICS Robert E. Sheriff* Exploration geophysics has been largely a free-enterprise another photograph of the Sonograph Analyzer (Figure 7). venture and new developments have been "sold" through ad Rieber had two facing ads (the first such instance) in the vertisements in the journal GEOPHYSICS. Thus, a review of March 1937 issue (Figures 8a and 8b). Figure 8a announced advertisements provides an eclectic history of geophysics. the opening of a Houston office because "the Sonograph can The following is the view obtained from advertisements be extremely helpful in outlining complex structural con alone. The dates cited are usually when ads for innovations ditions occurring in the Gulf Coast region, due to fauIting and first appeared. New features often had been applied earlier, irregularities and sedimentation," and Figure 8b promised before they were advertised. that "structures which produced 'no reflections' by older methods are made to reveal themselves." THE EARLY YEARS: 1936-1945 "This new torsion balance is the smallest, lightest and fastest instrument on the market," an October 1936 ad (Figure Big advertisers in the early days were mainly suppliers of 9) touted; "fastest" meant several hours to a reading. DuPont expendables and equipment. I1Iustrations in volume 1 of GEO offered a free book on explosives and e1ectric blasting caps, PHYSICS, then published by the Society of Petroleum Geo including -
History of Oceanography, Number 14
No. 14 September 2002 CONTENTS EDITORIAL........................................................................................................................ 1 IN MEMORIAM PHILIP F. REHBOCK............................................................................ ARTICLE.......................................................................................................................... Scientific research, management advice; evolution of ICES’s dual identity ICHO VII IN KALINGRAD 2003....................................................................................... CLASSES IN HISTORY OF MARINE SCIENCES........................................................... BOOK ANNOUNCEMENTS AND REVIEWS................................................................. KEITH RUNCORN PAPERS.............................................................................................. NEWS AND EVENTS........................................................................................................ ANNUAL BIBLIOGRAPHY AND BIOGRAPHIES.......................................................... INTERNATIONAL UNION OF THE HISTORY AND PHILOSOPHY OF SCIENCE DIVISION OF THE HISTORY OF SCIENCE COMMISSION OF OCEANOGRAPHY President Eric L. Mills Department of Oceanography Dalhousie University Halifax, Nova Scotia B3H 4J1 CANADA Vice Presidents Jacqueline Carpine-Lancre La Verveine 7, Square Kraemer 06240 Beausoleil, FRANCE Margaret B. Deacon 3 Rewe Court, Heazille Barton Rewe, Exeter EX5 4HQ Devon, UNITED KINGDOM Walter Lenz Institut für Klima-und -
Expanding Earth and Declining Gravity: a Chapter in the Recent History of Geophysics
Hist. Geo Space Sci., 6, 45–55, 2015 www.hist-geo-space-sci.net/6/45/2015/ doi:10.5194/hgss-6-45-2015 © Author(s) 2015. CC Attribution 3.0 License. Expanding Earth and declining gravity: a chapter in the recent history of geophysics H. Kragh Niels Bohr Archive, Niels Bohr Institute, Blegdamsvej 17, 2100 Copenhagen, Denmark Correspondence to: H. Kragh ([email protected]) Received: 4 February 2015 – Accepted: 16 April 2015 – Published: 5 May 2015 Abstract. Although speculative ideas of an expanding Earth can be found before World War II, it was only in the 1950s and 1960s that the theory attracted serious attention among a minority of earth scientists. While some of the proponents of the expanding Earth adopted an empiricist attitude by disregarding the physical cause of the assumed expansion, others argued that the cause, either fully or in part, was of cosmological origin. They referred to the possibility that the gravitational constant was slowly decreasing in time, as first suggested by P. Dirac in 1937. As a result of a stronger gravitation in the past, the ancient Earth would have been smaller than today. The gravitational argument for an expanding Earth was proposed by P. Jordan and L. Egyed in the 1950s and during the next 2 decades it was discussed by several physicists, astronomers and earth scientists. Among those who for a period felt attracted by “gravitational expansionism” were A. Holmes, J. Tuzo Wilson and F. Hoyle. The paper examines the idea of a varying gravitational constant and its impact on geophysics in the period from about 1955 to the mid-1970s. -
IAGA News 32
July 1994 No: 33 XXIst General Assembly Boulder [USA] 2-14 July 1995 Et in A read ia agu Ir---------------------------------------------------------------------------------~---, I I I I I I I XXI IUGG Gen~ra l Assembly I I I Boulder, Colorado I I July 2-14, 1995 To be placed on the mailing list to receive future information on the IUGG XXI General Assembly, complete the information below and mail it to the address listed at the botttom of this fonn. Nrume __________________________________________________ First M/1 Family Name Address ----------------------------------------------- City State/Province --------------- Zip/Postal - -------- Country --------------- Phone Fax ----------------------- 1 E-mail Network (i.e., Bitnet, Internet, etc. -----------------------------" Please check all that apply: [ ] I am a member of the American Geophysical Union. [ ] I am not a member of the American Geophysical Union [ ] I am interested in receiving future Circulars on the Assembly. [] I am interested in receiving information on exhibiting at the Assembly. (For exhibits infonnalion, conJact Karol B. Snyder, Exhibits CoordiMtor at the address below, call 202-939-3205, or e-mail ksnyder@kosmos. agu. org). I plan to _participate in the Assembly by: [ ] attending only [ ] submitting an abstract If I submit an abstract, my topic matter is likely to be: _____ I am interested in symposia in the following areas (check all that apply). []lAG [] IAGA [ ] IAHS [ ] lAMAS [] lAPSO [] IASPEI [] lAVCEI Please return this form to: IUGG XXI General Assembly c/o American Geophysical Union 2000 Florida A venue, NW Washington, DC 20009 USA lfyou have already requested robe placed on Ihe mailing list, please do not I I submit this fonn. I L-----------------------------------------------------------------------------------jI I NDEX Foreword 1 XXIst General Assembly of the Union Boulder, Colorado [USA] 2-14 July 1995 3 Submission of Abstracts 4 Provisional timetable of IAGA sessions 8 Comprehensive listi ng of IAGA sessions Division I . -
Professor Marcel Nicolet
WORLD METEOROLOGICAL ORGANIZATION SECRETARY-GENERAL: G. 0. P. O0ASI DEPUTY SECRETARY-GENrnAL: D. N. AXFORD Vol 39 No 4 October 1990 The official journal of the World Meteorological Organization THE BULLETIN INTERVIEWS: Professor Marcel Nicolet A glance through the list of his publications can leave little doubt that Professor Marcel Nicolet has made a pioneering contribution to our understanding of the chemistry of the Earth's atmosphere. His first works (1934-1938) were in the field of astrophysics when he was able to determine the molecular composition of the sun, and he was the first to show that a rota tional structure of CH molecules was needed to understand the composition of comets. His imaginative studies revealed the physical and chemical processes in aurorae and airglow, of which he made the first correct spectral analysis. This work also led to an abiding inter est in ozone. He entered the Belgian Royal Meteoro logical Institute in 1935 and became a fore caster for aviation whilst still carrying on his investigations into the high atmosphere and beyond at the University of Liege. During the Second World War when all weather forecasting operations were restrict Professor Marcel Nicolet ed to the occupying German forces, Nicolet took the opportunity to conduct theoretical In more than five decades, during which research in aeronomy, the study of the physics we have seen the dawn of the space age, and chemistry of the high atmosphere. After there is hardly any facet of aeronomy to which the war, he became an authority on atmospheric Professor Nicolet has not made an important ion chemistry when he released for publication contribution. -
Dr. Alan Shapley 31 January 1997 Brian Shoemaker Interviewer
Dr. Alan Shapley 31 January 1997 Brian Shoemaker Interviewer (Begin Tape 1 - Side A) (000) BS: This is an oral history interview with Dr. Alan Shapley taken at his home in Boulder, Colorado, on 31 January 1997, as part of the American Polar Society Oral History Program to preserve North America's heritage of polar science and exploration. The interviewer is Brian Shoemaker. AS: I'm Alan Shapley and I guess we're going to look at some ancient history. I took my bachelor's degree at Harvard in 1940 in physics and astronomy and then after a year of teaching and another year as a junior engineer - that's a good job for a physicist and astronomer - I went with the Department of Terrestrial Magnetism at the Carnegie Institution in Washington in their Civilian Radio Propagation Program of the war time - war time work. My role in that was solar terrestrial relations, trying to forecast the behavior of the ionosphere for radio propagation purposes. And I spent the war there, also quite a bit in measurements of the ionosphere - with ionosohns, which was a technique that was just really being developed at that time. After the war, I spent most of the time in Washington and went on field assignment to Trinidad for a few months towards the end. After half a year at Harvard Graduate School, I had an opportunity to go the Bureau of Standards, which was taking over the radio propagation work after the war at the Central Radio Propagation Laboratory, which was, during the war, it was the 2 Inter-Service Radio Propagation Laboratory and then a continuing organization with the CRPL and in charge of their solar terrestrial research and services which included forecasts of ionospheric disturbances. -
Volcanic Hazards and Their Mitigation: Progress and Problems
VOLCANIC HAZARDS AND THEIR MITIGATION- PROGRESS AN D PROBLEMS RobertI. Tilling U.S. GeologicalSurvey Menlo Park, California "Natural calamitystrikes at aboutthe timewhen one forgets its terror." Japaneseproverb [see Shimozuru, 1981 ] Abstract. At the beginningof the twentiethcentury, disastersof the 1980s (Mount St. Helens, U.S.A. (1980), volcanologybegan to emerge as a modem scienceas a E1 Chich6n, Mexico (1982); Galunggung, Indonesia result of increasedinterest in eruptivephenomena follow- (1982); and Nevado del Rufz, Colombia (1985)) illustrates ing some of the worst volcanic disastersin recorded the importanceof predisastergeoscience studies, volcanic history: Krakatau (Indonesia) in 1883 and Mont Pe16e hazards assessments,volcano monitoring, contingency (Martinique), Soufri•re (St. Vincent), and Santa Maria planning,and effectivecommunications between scientists (Guatemala)in 1902. Volcanologyis againexperiencing a and authorities. The death toll (>22,000) from the Rufz period of heightened public awarenessand scientific catastropheprobably could have been greatly reduced;the growthin the 1980s, the worst periodsince 1902 in terms reasonsfor the tragically ineffective implementationof of volcanic disasters and crises. A review of hazards evacuationmeasures are still unclearand puzzlingin view mitigation approaches and techniques indicates that of the fact that sufficientwarnings were given. The most significantadvances have been made in hazardsassess- pressing problem in the mitigation of volcanic and ment, volcanomonitoring, and eruptionforecasting. For associatedhazards on a global scale is that most of the example, the remarkable accuracyof the predictionsof world's dangerousvolcanoes are in densely populated dome-buildingevents at Mount St. Helenssince June 1980 countries that lack the economic and scientific resources or is unprecedented. Yet a predictive capability for more the political will to adequatelystudy and monitor them.