bluuebunny/crossref_metadata_2025 huggingface dataset:
The Wave Theory of Heat: A Forgotten Stage in the Transition from the Caloric Theory to Thermodynamics
Authors: Brush Stephen G.
Published: January 2009

Research on thermal “black-body” radiation played an essential role in the origin of the quantum theory at the beginning of the twentieth century. This is a well-known fact, but historians of science up to now have not generally recognized that studies of radiant heat were also important in an earlier episode in the development of modern physics: the transition from caloric theory to thermodynamics. During the period 1830–50, many physicists were led by these studies to accept a “wave theory of heat”, although this theory subsequently faded into obscurity.
The Reaction to James Hutton's use of Heat as a Geological Agent
Authors: Gerstner Patsy A.
Published: January 2009

Heat is the fundamental mechanism in the theory of the earth proposed by James Hutton in 1785. According to Hutton, heat is responsible for the liquefaction of loose debris collected on the ocean floor. Consolidation follows and the newly formed land is raised above the sea by the agency of heat. The expansive nature of heat that causes this elevation of land also accounts for the creation of veins and dykes through the injection of fluid matter into openings in the earth. The activity of heat is intermittent; there are times when it is active, but at other times it is dormant. In another paper I argued that Hutton's concept of this geological heat was an application of his theory of matter in which heat is an immaterial, universally operating force acting in opposition to forces of attraction. This concept of heat was quite different from the popular late eighteenth-century belief that heat was a material substance called caloric. The critics of Hutton repeatedly tried to interpret his heat as if it were caloric. Failing in this they found Hutton a confusion of idle speculation on heat and without theoretical basis. Further, since fire was a major source of caloric and since the already established geological tradition of Vulcanism called for fires within the earth, it was natural that these critics thought of Hutton's theory as being necessarily based on the presence of internal fires and questioned how such fires could exist, disregarding the fact that Hutton rarely mentioned fires and even disclaimed the necessity of fires in the production of heat. The criticisms concerning heat fall into several major groups of which the source of heat in only one. The others include the formation of the whinstone of Scotland and the crystallization of rock in general, the expansive role of heat, the intermittent activity of heat, and the temperature of the earth. Of these the formation of particular kinds of rocks was submitted to experimenal test by Sir James Hall, whose investigations were especially concerned with the effects of the rate of cooling on crystallization and the effects of pressure on the formation of rock. Much of the discussion of Hall's work centred on the experiments, and the theoretical problem about the nature of heat was obscured as a result. It is in the commentary on the other problems noted above that the true situation becomes clear. For this reason a study of these problems is more revealing and constitutes the following.
Science in the City: The London Institution, 1819–40
Authors: Hays J. N.
Published: January 2009

In the first half of the nineteenth century the largest and wealthiest ‘popular’ scientific establishment in London was the London Institution, founded by a group of prominent City men in 1805. During most of its early years this Institution had over 900 members; within a year of its foundation it had accumulated funds of £76,000, which dwarfed those possessed by any similar body in this period; by 1819 it had erected an imposing building in Finsbury Circus, a structure with a splendid library, a lecture theatre, and provision for laboratories, as well as meeting rooms. In that theatre eminent men of science and literature delivered lectures; by the 1840s William Robert Grove, then in the midst of his scientific career, was installed as ‘Professor of Experimental Philosophy in the London Institution’.
Kepler's Second Law in England
Authors: Thoren Victor E.
Published: January 2009

In two recent articles by Russell and Whiteside, the reception of those particular conclusions of Kepler that have come to be called his laws of planetary motion has been subjected to the first research beyond the pioneering efforts of Delambre at the beginning of the nineteenth century. Independently conceived, and directed towards quite different ends, these two investigations overlapped in only one substantial area—their survey of citations of Kepler's second law by English astronomers between 1650 and 1670. Not surprisingly, they reached essentially identical conclusions about the situation in 1670. Finding ‘equant’ theories instead of the law of areas, wherever he looked, Russell qualified his general claim ‘that the importance of Kepler's ideas during the period [up to 1666] has been greatly underestimated’, to the extent of describing the history of the second law as ‘chequered’ and ‘complicated’. And Whiteside simply reported that Kepler's scheme for reckoning motion in the elliptical orbit ‘was seemingly firmly accepted by no one, and even its formal enunciation but rarely stated in the period’.
A Critical Examination of Herapath's Dynamical Theory of Gases
Authors: Mendoza Eric
Published: January 2009

In recent years John Herapath has emerged as an important figure in the early history of the dynamical theory of gases. In a series of papers published in 1821 and 1822 he outlined an elaborate theory of the states of matter, specific and latent heats, vapours and gases, culminating in a theory of the gravitational ether. This work was based on the rejection of the caloric theory of heat and was founded instead on the idea that the particles of matter were in constant motion; the forces of caloric were replaced by the transfer of momentum. Herapath's is one of the earliest of dynamical theories of gases to be worked out in any mathematical detail.
The Moral Freedom of Man and the Determinism of Nature: The Catholic Synthesis of Science and History in the Revue des Questions Scientifiques
Authors: Jo Nye Mary
Published: January 2009

In 1877 the first issue of the Revue des questions scientifiques, published by the Scientific Society of Brussels, appeared in France and Belgium. The new journal was greeted with disdain and hostility by Emile Littrè and George Wyrouboff, the disciples of Auguste Comte and editors of La philosophie positive. The Scientific Society of Brussels was a Catholic organization, and the positivists' opinion was that ‘If science is spoken of in this assembly, it is in order to organize a veritable crusade against it’. But the highly prejudiced assessment by Littré and Wyrouboff completely misread the goals of the society. At the time, the Catholic Church was en pleine crise both in France and Belgium. Church attendance had declined dramatically in recent years, as had the number of young people entering religious orders. Many Catholic laymen and church officials were becoming convinced that some rapprochment with the modern world and modern science was essential. It was to this difficult task that the Catholics of the Brussels Scientific Society addressed themselves with determination.
Alexander Catcott: Glory and Geology
Authors: Neve Michael , Porter Roy
Published: January 2009

Central to the development of geology has been the growth of systematic empirical observation as a programme of scientific practice. Fieldwork has focused on many objects—strata, fossils, and landforms—and has issued in a variety of products, such as maps, sections, and monographs on regional geology, particular rock formations and fossils. Early in the nineteenth century, above all, many influential geologists sought to define their science as one exclusively of field observation, description, and the accumulation of data. The rise of fieldwork, in Britain as elsewhere, is an important phenomenon in the making of geology. It must be explained.
History of Science in a National Context
Authors: Crosland Maurice
Published: January 2009

The history of science can be approached in several different ways. It may be studied, as in the classification once favoured in the long-established Department of History and Philosophy of Science at University College London, by considering separately the history of individual sciences: physics, chemistry, biology, etc.—Partington's monumental History of chemistry is a good example of the cross-section of history of science obtained by considering a single discipline. This approach is understandable when history of science is the work of retired specialists in a particular science. On the other hand, many of those who have approached the history of science from a training in general history have tended to favour a study of a particular period as an alternative to an orientation by subject. This is particularly valuable before the nineteenth century, when subject boundaries were not so tightly drawn as some of the old science historians tended to assume. A third possibility is area studies, usually the history of science within a particular country. Sometimes this is done unconsciously, as when historians claim that they are dealing with a general theme, such as science and religion or scientific institutions, but do so with special reference to their own country. French historians of ‘the Enlightenment’ often study French authors exclusively. Language as much as country is a limiting factor here.
A Note on John of Beaumont's Version of Euclid's De Visu
Authors: Theisen Wilfred
Published: January 2009

The reception of Euclid's Optica in the West has received scant attention, in contrast with the interest evoked by the Latin tradition of the Elements. A study of the extremely complex manuscript tradition of the Optica reveals that the translations of this work too were soon in the hands of many teachers, eager to learn what the great Geometer taught concerning vison and visual perspective. Three translations—two from the Arabic (Liber de radiis visualibus and Liber de aspectibus) and one from the Greek (Liber de visu)—were available to scholars before the close of the twelfth century. Furthermore, the Greco-Latin Liber de visu, by far the most widely known and carefully studied of the translations, appeared in at least three different versions before 1200. One of these versions is of particular interest as providing evidence of the diffusion of texts among the scholarly community in the latter part of the twelfth century. The version in question has survived in two manuscripts, Bodleian Library, Corpus Christi College 283, folios 163r–165v, and Seville, Bibl. Columbina 7.6.2, folios 43(44)v–54(55)r. Although the various translations and many other versions of Liber de visu are anonymous, the authors of this text are explicitly given in the colophon, which reads: Nota quod sexaginta et tria toreumata continentur in is to libra. Aimare, gralias age quia hoc opus sic glosulasti sub magistro Johanne de Beaumont. Explicit feliciter liber de visu. Whether Aimar was merely the scribe or perhaps the student of John of Beaumont, it is undoubtedly the latter that is to be primarily credited with the contents of the treatise. Unfortunately, neither The complete peerage nor the Dictionary of national biography list a John of Beaumont from the twelfth century, although the Beaumont family, with some reputation for learning, was prominent at that time in Normandy and England, particularly in the regions near Oxford. Whether John was a member of that illustrious line remains merely a matter for speculation. In any case, the treatise remains of interest to Euclidian scholars and historians of optics as a good witness to the twelfth century concern, not only with Euclid's visual theory, but particularly with his attempts to employ geometry in solving the problems of visual perspective.
Politics and vocation: French Science, 1793–1830
Authors: Outram Dorinda
Published: January 2009

French science of the period between 1793 and 1830 is now a major focus of study. The large body of work produced since the nineteenth century, particularly in the field of institutional history, has provided the background for important attempts in the last ten or fifteen years to apply tools of sociological analysis to this field of enquiry. Particularly important have been theories of professionalization and institutionalization. It is the purpose of this paper to examine the consequences of the use of such models in relation to this specific historical context. In particular, I shall suggest that such questions as the importance of institutions in the conduct of science, and the extent to which science became a profession or remained a vocation, may be better understood once the world of French science has been situated in a wider political and intellectual context. An article, however, can do no more than suggest new perspectives, and must leave to more extended treatments the work of amplification and correction. Briefly, however, this paper will argue for a view of science at this period as locked in a conflict between the ambiguous demands of the political world on the one hand, and on the other pressures on individuals and groups within the vocation of science to conform to an ideology which viewed science as completelynon-political.
‘The Ballad of Robert Crosse and Joseph Glanvill’ and the Background to Plus Ultra
Authors: Steneck Nicholas H.
Published: January 2009

Joseph Glanvill is well known for his enthusiastic support of the early Royal Society. Even before Thomas Sprat's History of the Royal Society of London (1667) appeared in full, Glanvill had set a philosophic background for the new science in his Vanity of dogmatizing (1661), had attacked the outdatedness of contemporary Aristotelians in a revised edition of Vanity called Scepsis scientifica (1665), had praised the Society at length in a flowery address in Scepsis, and had defended the programme of the Society in his private correspondence. If propaganda and enthusiastic support were needed for the growth of science in Restoration England, no one seems to have done more to supply these ingredients during the early years of the Royal Society's existence than the colourful rector of Bath and Frome.
Harriot's ‘Regiment of the Sun’ and its Background in Sixteenth-Century Navigation
Authors: Roche John J.
Published: January 2009

It is well known that Richard Hakluyt in a publication of 1581 congratulated Sir Walter Ralegh for employing Harriot to teach him and his many sea captains the sciences of navigation. Even more important, however, was the navigational research carried out by Harriot on behalf of Ralegh. He made important theoretical advances in map theory and in navigational astronomy, carried out the astronomical observations needed for a reform in navigational tables, and designed and himself tested at sea improved navigational instruments. Harriot had many other responsibilities in connexion with Ralegh's enterprises. From August 1585 to June 1586 Harriot was in Virginia, and in 1589 he was listed as one of Ralegh's colonists in Munster. He collected intelligence concerning America for Ralegh, and his publication of 1588 was effective as propaganda for Virginia. Harriot was also entrusted with financial, and even political responsibilities by Ralegh. Instructing Ralegh and his captains in navigation was an important part of Harriot's work but it is more likely that he did this as the occasion demanded, rather than on a regular basis.
Thermodynamics and Sources of Solar Heat, 1846–1862
Authors: James Frank A. J. L.
Published: January 2009

In 1859 Charles Darwin in chapter nine of the Origin of Species showed how he had calculated that the age of the Weald was three hundred million years and that consequently the age of the earth was considerably greater than that. Darwin of course needed such a long period of time for the process of evolution by natural selection to occur. Arguments which showed that the earth could not be that old would therefore cast serious doubt on his theory. Such views were advanced in 1862 by William Thomson, later Lord Kelvin, professor of Natural Philosophy at Glasgow. He specifically challenged the result of Darwin's calculation of the age of the Weald by arguing that the sun could not have emitted its heat and light for that length of time. The consequences of this assertion for the biological and geological sciences for the remainder of the nineteenth century have already been delineated by Burchfield. What I wish to do in this paper is to show that the theoretical basis of Thomson's 1862 assertion had not been specifically developed as a response to Darwin, but that it was a consequence of the formulation of the first two laws of thermodynamics. I shall also show that Thomson's work was not done in isolation but that the question of the maintenance of solar energy was a serious concern of a number of physicists who had formulated the laws of thermodynamics.
Francis Galton's African Ethnography and its Role in the Development of his Psychology
Authors: Fancher Raymond E.
Published: January 2009

In April of 1849, a disspirited and vocationless Francis Galton consulted Donovan, a London phrenologist, for a reading of his aptitudes and character. After a disappointing university career and a prematurely concluded try at medical training, the 27-year-old Galton had been drifting unhappily for several years in the life of the idle rich. Donovan shrewdly assessed Galton's mind as ‘not distinguished by much spontaneous activity in relation to scholastic affairs’, but still with ‘much enduring power’ and other positive capacities brought fully to light ‘only when rough work has to be done’.
Science, industry, and the social order in Mulhouse, 1798–1871
Authors: Fox Robert
Published: January 2009

There is a story, which historians of modern France often tell, of the ministerial official in Paris who had only to glance at his clock in order to know the exact passage of Vergil being construed and the law of physics being expounded in every school throughout the country. Invariably, the story is told for a purpose. It is used to demonstrate the high degree of centralization and the attendant rigidity of the French educational system, usually with special reference to the nineteenth century. The story, which has its roots in the rich corpus of Napoleonic legend, serves this purpose very well, but unfortunately it is both apocryphal and misleading. For while it is true that most nineteenth-century ministers with responsibility for education aspired to the ideal of total control, not one of them came close to it in reality.
Dr. Thomas Beddoes (1750–1808): Science and medicine in politics and society
Authors: Levere Trevor H.
Published: January 2009

The career of Thomas Beddoes was moulded by British responses to the French Revolution. Beddoes, until appalled by the events of the Terror, saw France as the model for mankind. The government of England took the very different view that democracy was closely allied with jacobinism and sedition. The Home Office was the agency most immediately engaged in opposing sedition, and any criticism of the King, or of the constitution in church and state, was scrutinized as being potentially seditious. In 1793, England and France went to war, and the following years saw treason trials and gagging bills, profoundly disturbing even to the more conservative among the friends of peace and liberty in England, Beddoes among them.
History of Science and Technology Resources at the Royal Institution of Great Britain
Authors: McCabe Irena M. , James Frank A. J. L.
Published: January 2009

Since its foundation in 1799, the Royal Institution of Great Britain has attracted talent and witnessed memorable events in science. The records of many of these events, as well as of the day to day institutional happenings have been preserved. The archives, manuscripts comprising note books, papers and correspondence, as well as the pictorial records, the scientific apparatus and the personal relics of the people who have worked and lived here together with an extensive library all provide a valuable resource for the historian of science.
The Caloric Theory of S. L. Metcalfe
Authors: Watanabe Masao
Published: January 2009

Samuel Lytler Metcalfe (1798–1856) was an American chemist and physician who wrote a voluminous work, Caloric Its Mechanical Chemical and Vital Agencies in the Phenomena of Nature (2 vols., London, 1843); attempting to account for all natural phenomena in terms of caloric. The book came out at the time when the concept of caloric was being gradually discarded and the law of conservation of energy was about to appear. Metcalfe was convinced that caloric would be the key to unlock the secrets of nature; in order to develop the practical implications of his views he made research trips twice to England (1831 and 1835–45), and there he completed Caloric.
William of Ockham, the Subalternate Sciences, and Aristotle's Theory of metabasis
Authors: Livesey Steven J.
Published: January 2009

Historians of fourteenth-century science have long recognized the extraordinary work at both Oxford and Paris in which natural philosophy was becoming highly mathematical. The movement to subject natural philosophy to a mathematical analysis and to quantify such qualities as heat, color, and of course speed surely stands as one of the most significant aspects of late medieval science. Yet as Edith Sylla has observed, because qualities and quantities pertain to different categories in Aristotelian theory, one might expect Aristotelian theorists to avoid quantifying qualities. Even more serious still, the very task of quantifying physical qualities exposes a tension in the nature of science that was discussed first by Aristotle in his Posterior Analytics.
William Bateson's Introduction of Mendelism to England: A Reassessment
Authors: Olby Robert
Published: January 2009

The recognition of Gregor Mendel's achievement in his study of hybridization was signalled by the ‘rediscovery’ papers of Hugo de Vries, Carl Correns and Erich Tschermak. The dates on which these papers were published are given in Table 1. The first of these—De Vries ‘Comptes renduspaper—was in French and made no mention of Mendel or his paper. The rest, led by De Vries’Berichtepaper, were in German and mentioned Mendel, giving the location of his paper. It has long been accepted that the first account of Mendel's work in English was given by the Cambridge zoologist, William Bateson, to an audience of Fellows of the Royal Horticultural Society in London on 8 May, 1900. This is based on two sources: the paper ‘Problems of Heredity as a Subject for Horticultural Investigation’, published in the Society's journal later that year and stated as ‘Read 8 May, 1900’, and Beatrice Bateson's account of the event over a quarter of a century later. Of the paper which her husband gave on that occasion she wrote:

He had already prepared this paper, but in the train on his way to town to deliver it, he read Mendel's actual paper on peas for the first time. As a lecturer he was always cautious, suggesting rather than affirming his own convictions. So ready was he however for the simple Mendelian law that he at once incorporated it into his lecture.
The Origins of the FitzGerald Contraction
Authors: Hunt Bruce J.
Published: January 2009

The FitzGerald–Lorentz contraction hypothesis has become well known in connection with Einstein's theory of relativity, and its role in the origin of that theory has been the subject of considerable study. But the origins of the contraction idea itself, and particularly of G. F. FitzGerald's first statement of it in 1889, have attracted much less attention and are surrounded by several misconceptions. The hypothesis has usually been depicted as a rather wild idea put forward without any real theoretical justification simply to explain away the troublesome null result of Michelson and Morley's 1887 ether drift experiment. In the words of Gerald Holton, ‘it has traditionally been called the very paradigm of anad hochypothesis’. H. A. Lorentz, who hit upon the contraction idea independently in 1892, has been credited with giving it some justification in terms of his electron theory, but little or none of this credit has been extended to FitzGerald. His statement of the contraction hypothesis has usually been viewed, in the words of his friend R. T. Glazebrook, as nothing more than ‘the brilliant baseless guess of an Irish genius’.
The Practical Problems of ‘New’ Experimental Science: Spectro-Chemistry and the Search for Hitherto Unknown Chemical Elements in Britain 1860–1869
Authors: James Frank A. J. L.
Published: January 2009

On the morning of Friday the fourth of December 1863, August Hofmann, professor of chemistry at the Royal College of Chemistry in London, lectured at the College on spectro-chemical analysis to Victoria, the Princess Royal, Princess of Prussia and eldest daughter of the Queen and the severely missed late Prince Consort. This event illustrates the spectacular success that the fledgling science of spectro-chemical analysis enjoyed during the 1860s.
Archimedes' Weapons of War and Leonardo
Authors: Simms D.L.
Published: January 2009

Leonardo's fascination with Archimedes as well as with his mathematics is well known. There are three fairly extensive and eccentric comments in the surviving notebooks: on his military inventions; on his part in an Anglo-Spanish conflict and on his activities, death and burial at the siege of Syracuse. Reti has examined the first of the three, that about theArchitronitoor steam cannon, mainly considering the origin of the idea for the cannon and its attribution to Archimedes, but with comments on the later influence of Leonardo's ideas. Marshall Clagett has produced the most comprehensive attempt to try to identify Leonardo's sources for the third.
Vilhjalmur Stefansson, the Continental Shelf, and a New Arctic Continent
Authors: Levere Trevor H.
Published: January 2009

Between the Napoleonic Wars and the First World War, roughly two hundred expeditions set out for what is now the Canadian Arctic, from its boundary with Alaska in the West, along the northern shore of Canada and including the Arctic archipelago between that shore and the pole, to the marine boundary with Danish Greenland in the East. For more than half a century, these expeditions were little concerned with Canada as a political entity; after all, it had not yet been truly created as a nation. Besides, science was a major part of the mandate of many of the Arctic expeditions, almost half of which achieved significant scientific results; and science, while partly a national activity, was also a trans-national one. John Franklin's last expedition, made famous by disaster, had, typically, been largely motivated by scientific curiosity; the resolution of geomagnetic questions loomed large in Franklin's instructions.
Mathematics in the Pacific Basin
Authors: Tee Garry J.
Published: January 2009

The development of systematic mathematics requires writing, and hence a non-literate culture cannot be expected to advance mathematics beyond the stage of numeral words and counting. The hundreds of languages of the Australian aborigines do not seem to have included any extensive numeral systems. However, the common assertions to the effect that ‘Aborigines have only one, two, many’ derive mostly from reports by nineteenth century Christian missionaries, who commonly understood less mathematics than did the people on whom they were reporting. Of course, in recent decades almost all Aborigines have been involved with the dominant European-style culture of Australia, and even those who are not literate have mostly learned to use English-style numerals and to handle money. Similar qualifications should be understood when speaking of any recent primitive culture.
The History of Science of Canada
Authors: Levere Trevor H.
Published: January 2009

Canada as a Neo-Europe is a relatively recent construct, although the people of its first nations, the Indians and Inuit, have been here for some twelve thousand years, since the beginning of the retreat of the last ice sheets. Western science came in a limited way with the first European explorers; Samuel de Champlain left a mariner's astrolabe behind him. The Jesuits followed with their organization and educational institutions, and from the eighteenth century science was established within European Canadian culture.
History of Science and Technology Resources at the Linnean Society of London
Authors: Douglas Gina L.
Published: January 2009

Two hundred years ago the founder members of the Linnean Society of London decided that by forming a Library for use of the Fellows, and thus by owning books jointly, they could have access to a far wider range of publications than they could hope to as individuals. The Library was thus conceived as an integral part of the Society and its functions and on 15 April 1788 the first records in the Donation Book (‘one folio for entering Presents and Benefactions’ 26 January 1788) show that Thomas Marsham, the Treasurer, J. Dickson and Jonas Dryander all presented the Society with books ranging from Gerard's Herbal of 1597 to various works by Linnaeus. These fifteen books were soon joined by others, notably from Sir Joseph Banks whose donation of ‘duplicates’ from his own library occupies some four pages in the record of donations for 3 March 1789. The need to house these acquisitions is reflected in the decision of the Fourth Meeting to provide ‘a room or library appropriated to the reception of their books…’ and the purchase of a deal bookcase in February 1790.
Development and Adaptation: Evolutionary Concepts in British Morphology, 1870–1914
Authors: Bowler Peter J.
Published: January 2009

Bernard Norton's research concentrated on the Biometrical school of Darwinism and the social implications of the hereditarian ideas that began to gain popularity in the closing years of the nineteenth century. In this article I want to look at the previous generation of evolutionists, the evolutionary morphologists against whom the Biometricians (and their great rivals, the early Mendelians) were reacting. Despite the prominence of evolutionary morphology in the post-Darwinian era, comparatively little historical work has been done on it. In helping to fill this gap, I hope to honour Bernard Norton's memory by throwing light on a movement that forms a conceptual bridge linking the original Darwinian debate to the Biometrical – Mendelian controversy. I shall also argue that evolutionary morphology had ideological overtones that helped to shape the cultural environment within which the eugenics movement would emerge. Although originally a product of the Victorian faith in progress, evolutionary morphology seemed to confirm that exposure to an unstimulating environment led to degeneration. It thus fuelled the concern over racial degeneration which the supporters of eugenics would seek to allay through the application of their new hereditarian philosophy.
The Search for Synthetic Penicillin during World War II
Authors: Swann John Patrick
Published: January 2009

In the past thirty or forty years scientists, historians, and others have written many histories of the wonder drug, penicillin. However, almost all of these works fail to develop an important part of the history of penicillin: the attempt to synthesize the drug during the Second World War. Therefore, the purpose of this paper is to explore this largely unexamined episode in the history of science, and to answer some relevant questions. For example, why was there a need for synthetic penicillin? What organizational plans had to be made in order to accommodate this massive endeavor? What was the effect of the search for a synthesis on the natural production of this drug? And finally, did chemists ever devise a successful synthesis? Before attempting to answer these and other questions, a brief introduction to 1) the discovery and development of penicillin as a therapeutic agent, and 2) the general organization of wartime medical research in the United States and Great Britain, is necessary.
The discovery of a vocation: Darwin's early geology
Authors: Secord James A.
Published: January 2009

When HMSBeaglemade its first landfall in January 1832, the twenty-two-year-old Charles Darwin set about taking detailed notes on geology. He was soon planning a volume on the geological structure of the places visited, and letters to his sisters confirm that he identified himself as a ‘geologist’. For a young gentleman of his class and income, this was a remarkable thing to do. Darwin's conversion to evolution by selection has been examined so intensively that it is easy to forget that the most extraordinary decision he ever made was to devote his life to the study of the natural world by becoming a geologist. It is only slightly less astonishing that he should have decided to align his work with Charles Lyell's controversial programme of geological reform, which had almost no followers in England.
British women of the nineteenth and early twentieth centuries who contributed to research in the chemical sciences
Authors: Creese Mary R. S.
Published: January 2009

Apart from a few outstanding people from before 1850, British women of the nineteenth and early twentieth centuries who published work in the chemical sciences have not received much attention so far. The university-trained women who, from about 1880 onwards, authored or co-authored an increasing number of original research contributions have been largely ignored, and their names are for the most part omitted from biographical reference works and science histories. There are several works describing the changes and developments in university-level education for women during this period, but these are not specially concerned with science education or with the careers of individuals.
The 1984–85 miners' strike and technological change
Authors: Winterton Jonathan
Published: January 2009

The proximate cause of the 1984–85 miners' strike, the longest mass strike in British history, was a round of colliery closures announced by the National Coal Board (NCB, now British Coal) in March 1984 as part of the restructuring of the British coal mining industry. The impact of pit closures upon communities is so immediate and devastating that the effect obscured the fundamental causes. The restructuring process had accelerated since 1979 because of the economic and energy policies adopted by Conservative governments, but had its origins in the Labour government's response to the 1973 oil shock and the tripartite settlement of the 1974 strike by the National Union of Mineworkers (NUM). The 1974Plan for Coalestablished an investment programme to expand coal production by three means: developing new mines; extending the life of existing collieries; and implementing new technologies. These supply-side measures were already underway when the first Thatcher government, elected in 1979, established new limits on publicsector spending and sought to liberalize markets.
Persuading the housewife to use electricity? An interpretation of material in the Electricity Council archives
Authors: Sprenger Elizabeth , Webb Pauline
Published: January 2009

The Museum of Science and Industry in Manchester has recently acquired the Electricity Council archives, a body of material of national scope and a major resource for researchers into the electricity industry. The Electricity Council had previously transferred its collection of electrical artefacts to the Museum to be used in the development of the National Electricity Gallery, opened in March 1986, which it co-funded with Greater Manchester Council. In order to illustrate the content and value of these archives, this paper focuses on the promotion of the domestic use of electricity during the inter-war period, a choice of subject which relates to a strong area of the Museum's object collections. The first section outlines the acquisition and scope of the archives and describes the records therein of the Electrical Association for Women (EAW) and the British Electrical Development Association (EDA); the second section uses the relevant records of the EAW and the EDA to investigate the chosen theme, with particular reference to women's involvement and perceptions of women.
Evolutionary ideas and ‘empirical’ methods: the analogy between language and species in works by Lyell and Schleicher
Authors: Taub Liba
Published: January 2009

In theOrigin of Species, Charles Darwin (1809–82) briefly drew an analogy between languages and species, suggesting that the genealogical relationships between languages provide a model for discussing the descent and modification of species. Further, he suggested that just as languages often contain some vestige of earlier speech, for example silent, unpronounced letters, so the rudimentary organs of animals can provide clues about genealogy and descent.
From van Helmont to Boyle. A study of the transmission of Helmontian chemical and medical theories in seventeenth-century England
Authors: Clericuzio Antonio
Published: January 2009

Van Helmont's chemistry and medicine played a prominent part in the seventeenth-century opposition to Aristotelian natural philosophy and to Galenic medicine. Helmontian works, which rapidly achieved great notoriety all over Europe, gave rise to the most influential version of the chemical philosophy. Helmontian terms such asArcheus, Gas and Alkahestall became part of the accepted vocabulary of seventeenth-century science and medicine.
Planning science: Otto Neurath and theInternational Encyclopedia of Unified Science
Authors: Reisch George A.
Published: January 2009

In the spring of 1937, the University of Chicago Press mailed hundreds of subscription forms for its latest enterprise – a projected series of twenty short monographs by various philosophers and scientists. Together the monographs were to form the first section of theInternational Encyclopedia of Unified Science. Included in each mailing was an introductory prospectus which began:

Recent years have witnessed a striking growth of interest in the scientific enterprise as a whole and especially in the unity of science. The concern throughout the world for the logic of science, the history of science, and the sociology of science reveals a comprehensive international movement interested in considering science as a whole in terms of the scientific temper itself. A science of science is appearing. The extreme specialization within science demands as its corrective an interest in the scientific edifice in its entirety. This is especially necessary if science is to satisfy its inherent urge for the systematization of its results and methods and if science is to perform adequately its educational role in the modern world. Science is gradually rousing itself for the performance of its total task.
Concepts of power: natural philosophy and the uses of machines in mid-eighteenth-century London
Authors: Morton Alan Q.
Published: January 2009

How may scientific research contribute effectively to industrial development? This question has been debated for many years. However, a recent development in this discussion has come from a number of eminent scientists and others who have become concerned with what has become known as the public understanding of science. According to them, a greater understanding of science by members of the public would result in a higher value being placed on scientific research, which, eventually, would result in both increased social status for scientists and growing funding from government and industry for their work. Thus, in part, concern about the public understanding of science is an indirect way of influencing the outcome of discussions about the science budget.
Who did the work? Experimental philosophers and public demonstrators in Augustan England
Authors: Pumfrey Stephen
Published: January 2009

The growth of modern science has been accompanied by the growth of professionalization. We can unquestionably speak of professional science since the nineteenth century, although historians dispute about where, when and how much. It is much more problematic and anachronistic to do so of the late seventeenth century, despite the familiar view that the period saw the origin of modern experimental science. This paper explores the broad implications of that problem.
J. B. S. Haldane's Darwinism in its religious context
Authors: McOuat Gordon , Winsor Mary P.
Published: January 2009

Early in this century, only a few biologists accepted that natural selection was the chief cause of evolution, until the independent calculations of John Burdon Sanderson Haldane (1892–1964), Sewall Wright and R. A. Fisher demonstrated that ideal populations subject to Mendel's laws could behave as Darwin had said they would. Evolutionary theorist John Maynard Smith, a student of Haldane's, has raised the question of why Haldane, who was no naturalist, took up the subject of evolution, and he suggests that the answer may have to do with Haldane's lively interest in religion. In fact Maynard Smith's answer has much more evidence in its favour than he knew.
The early history of chemical engineering: a reassessment
Authors: Cohen Clive
Published: January 2009

Very few historians have so far turned their attention to the history of chemical engineering, a discipline which impinges on aspects of industrial life as diverse as the manufacture of consumer goods and the generation of nuclear power. However, a number of practising and retired chemical engineers have produced accounts of the late nineteenth-century beginnings and subsequent development of chemical engineering. Their work has set the scene for more recent papers by two academic historians, Colin Divall and James F. Donnelly. There are two particular issues which are frequently discussed, and about which there is a general consensus in this body of work: the origins of academic chemical engineering, and the ways in which its development in the United States differed from that in Europe. In this paper I shall cast doubt on the now conventional picture of these two aspects of the history of chemical engineering.
Manufacturing nature: science, technology and Victorian consumer culture
Authors: Morus Iwan Rhys
Published: January 2009

The public place of science and technology in Britain underwent a dramatic change during the first half of the nineteenth century. At the end of the eighteenth century, natural philosophy was still on the whole the province of a relatively small group ofaficionados. London possessed only one institution devoted to the pursuit of natural knowledge: the Royal Society. The Royal Society also published what was virtually the only journal dealing exclusively with scientific affairs: thePhilosophical Transactions. By 1851, when the Great Exhibition opened its doors in Hyde Park to an audience of spectators that could be counted in the millions, the pursuit of science as a national need, its relationship to industrial progress were acceptable, if not uncontested facts for many commentators.
The case of Brownian motion
Authors: Maiocchi Roberto
Published: January 2009

The explanation of the phenomenon of Brownian motion, given by Einstein in 1905 and based on the kinetic–molecular conception of matter, is considered one of the fundamental pillars (or even the main one) supporting atomism in its victorious struggle against phenomenological physics in the early years of this century. Despite the importance of the subject, there exists no specific study on it of sufficient depth. Generally speaking, most histories of physics repeat the following scheme: the discovery made by Robert Brown in 1827 (but only announced the following year), of the continuous movement of small particles suspended in a fluid did not arouse interest for a long time. Finally, at the close of the century, Gouy's research brought it to the attention of the physicists. Gouy was convinced that Brownian motion constituted a clear demonstration of the existence of molecules in continuous movement. Nevertheless, he did not work out any mathematized theory that could be subjected to quantitative confirmation. All nineteenth-century research remained at the qualitative level and yet it was able to clarify some general characteristics of the phenomenon: the completely irregular, unceasing, motion of the particles is not produced by external causes. It does not depend on the nature of the particles but only on their size. The first significant measurements, carried out by Felix Exner in 1900, appeared to deny the possibility of reconciling the kinetic theory with Brownian motion. The discovery of the ultra-microscope then allowed Zsigmondy to perceive the presence of movements, which were completely analogous to Brown's, in the particles of the colloids; these movements were rather smaller in size than those invesigated up to then. Thus Zsigmondy aroused interest in the phenomenon. Finally, in 1905, Einstein succeeded in stating the mathematical laws governing the movements of particles on the basis of the principles of the kinetic–molecular theory. The following year Smoluchowski arrived at conclusions which corresponded to Einstein's. These laws received a first, rough confirmation in the years immediately following by the work of The Svedberg, Seddig and, for some historians, Henri. Then in 1908 Jean Perrin gave it a definitive confirmation.
„Jüdische Güterschlächterei” im Vormärz
Authors: Erb Rainer
Published: January 2009

In den Kreisen Paderborn, Büren, Warburg und Höxter des Regierungsbezirkes Minden der preußischen Provinz Westfalen wurde den Juden im Jahre 1836 durch eine Kabinettsordre Friedrich Wilhelms III. der Erwerb bäuerlicher Grundstücke verboten. Diese Kabinettsordre vom 20. September 1836 mit dem Titel: „Wegen Beseitigung der aus der Ansiedlung der Juden auf dem platten Lande und deren Verkehr mit den Landbewohnern bäuerlichen Standes entsprungenen Mißverhältnisse” bestimmte:

1. Die Juden dürfen in den genannten vier Kreisen bäuerliche Grundstücke nur dann erwerben, wenn sie dieselben selbst mit jüdischem Gesinde bewirtschaften.

2. Schuldverträge zwischen Bauern und Juden können von diesen nur dann gerichtlich eingeklagt werden, wenn sie vor einem Richter am Wohnort des Schuldners aufgenommen worden sind. Die Aufnahme in das Schuldregister ist bei Verdacht von Wucher zu versagen.