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During the past few years a history of special subjects and a history of science, being critical and historical as well as taking into account scientific theory and methodology, has established itself under the influence of philosophy in many domains of the sciences. Such a scientific history is now also required in the branch of the science of history. It demands the ability of re-evaluating historical sources and studies as well as the knowledge of the political aspect of a future scientific history. As a matter of fact a future scientific chronicle of prehistory has to examine not only the subject of historical research itself, but also its aim, method and the whole sociopolitical background. This is more important than a positivist study of individual and specific historical aspects, a thorough compilation of different approaches in historical research, scientists and institutions. It is also better than making an arbitrary selection of single biographies in order to have a political legitimation of the present state of research. Moreover, the danger of such a selection is the degradation of persons in history and the falsification of historical facts. Apart from a determination of the subject with regard to scientific and political aspects the search of historical clues as well as the re-evaluation of historical and archeological sources could both lead to a revision of prehistory.  相似文献   

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Experience and the conception of the world in science in transition to modern times” is the general subject. There are two different points to be made clear, i.e. 1. That the conception of the world had to be made imaginable by art before it could be taken over by science. The central perspective dates back to about three centuries before the time Descartes developed the co-ordinate system. 2. Furthermore it should be taken into account that it was first of all due to the lead of the painters (especially in the Italy of the Quattrocento’) that the possibility of making experiences had changed. In a space opened by a perspective view and seemingly thus appearing as measurable even the painted figures acquire a new reality. Due to his anatomic studies Leonardo could treat the natural movement of the figures shown in his paintings. It was the artists who first of all investigated optics and anatomy before relations could be measured with the aid of scientific methods ami before quantities — instead of qualities — could become the base of unbiased science, as called for by Galilei in 1623.  相似文献   

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Steno described in 1669 geological sections which were interpreted as the result of a series of earlier events. Steno used actuogeological methods. This was the first step towards temporalizing nature. Steno was succeeded by a lot of other researchers from different European countries. It is amazing to see, that “actualism” was widespread during the 18th century. The next step was the discovery that fossils are extinct beings (Ray, Hooke and others). Using methods of comparing anatomy W. Hunter (forerunner of Cuvier) could prove in 1769 that the Mastodon is an extinct vertebrate. The work of Soulavie in France (1780) is stressed. He held in his hand the key for solving the problem of index-fossils. About 1800 the importance of fossils for stratigraphy and describing a history of the earth was recognized. Theories and hypotheses were needed to explain the fossil documents (strange shells in older strata and higher developed mammals in younger strata). All these theories couldn't propose a feasible mechanism for the change of beings during the history of the earth. But it could be said, that all fossils proove a history of life and the earth i. e. a progressive development in one sense, a development which is not reversible.  相似文献   

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Mit diesem Artikel folgt nun der fünfte Beitrag über die altsüdarabischen Inschriften auf Fotoaufnahmen aus dem Nachlaß des verstorbenen Professors Mahmūd al-Ghul. Beschrifteten Grabstatuettenbasen sowie Steinplatten werden bearbeitet und kommentiert.  相似文献   

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The paper begins by delimiting the scope of ‘logic’ and ‘philosophy of science’ and goes on to present the biographies and select bibliographies of 36 émigré scholars from Germany and Austria working in these fields. An evaluation of this material, and of data on societies, congresses, lecture series, books and periodicals on logic and philosophy of science, is then undertaken. Against the rich background of activity in the 20s and 30s of our century, there is manifest a rapid decline of high-ranking research in the philosophy of science and (to a lesser degree) in logic in Germany and Austria. Since, with one exception, émigré logicians and philosophers of science did not return after the breakdown of the Third Reich, recovery in these fields has been extremely slow. Pertinent knowledge had to be re-imported, and a satisfactory level has been reached only with the coming of a new generation.  相似文献   

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The investigation of Lenin's brain by the German neurobiologist Oskar Vogt from Berlin and his Russian collaborators in Moscow is one of the most exciting and simultaneously oddest chapters in the history of medicine. With the bizarre claim to be able to detect the material substrate of genius it provoked as much unrealistic expectations in the public as strong criticism by the scientific community of brain researchers. The present paper deals in a brief survey with the history of collecting and measuring the brains of famous persons in general and particularly with the historical, political and social circumstances of the performed investigation of Lenin's brain. In this connection the epistemological and technical prereqisites of architectonical brain research and its means of the topographical representation of complex histo‐anatomical and physiological differences in the brain cortex are shortly discussed. The opening of Russian archives after the socio‐economic turn of the year 1991 brought up new background facts in Lenin's pathobiography; together with the sources from German archives a rather extensive reconstruction of the historical events between Lenin's death in 1924 and the final report of the Moscow Brain Research Institute (Institute Mozga) to the Politburo of the Russian Communist Party (Bolsheviki) in 1936 is possible now.  相似文献   

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Knowledge and science transfer – introductory remarks. The article presents introductory remarks on the historical study of knowledge and science transfer. Discussion focuses initially on the reasons for speaking of knowledge transfer and not only about science transfer, and the relations of this topic to current research in general history on cultural transfer. Multiple levels of knowledge / science transfer are then discussed, specifically: (1) transfer by means of migration or other movement of people across geographic boundaries; (2) scientific changes related to the transfer of objects (such as plant specimens or instruments) across continents or disciplines; (3) knowledge or science transfer in practical contexts. Addressed throughout is the problematic character of the concept of transfer itself. The author suggests that users of this concept often presuppose a static conception of scientific and cultural contents being more or less successfully transferred; more interesting, however, are the changes in science and culture conditioned or caused by the migration of individuals as well as the transfer of culture by other means.  相似文献   

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History of Science and Philosophy of Science. Introductory Remarks. This article introduces two special issues of the journal History of Science Reports (Berichte zur Wissenschaftsgeschichte) with contributions on the relationships of history and philosophy of science since the seventeenth century. The introduction begins with a brief reminder of Thomas Kuhn's provocative discussion of the relationship in the 1970s, placing it in the context of the debate of the period over whether the foundation of university departments for History and Philosophy of Science in the United States had led to a mere “marriage of convenience” or something more. Following this the paper briefly outlines the transformative impact of the “practical turn” in both philosophy and history of science since the 1990s, and contends that the relationship of history and philosophy of science has nonetheless become increasingly distant over time. This is due in large part to the professionalisation of history of science and to the recent turn to cultural approaches in that field; both trends have led to the adoption of strictly historicist rather than analytical perspectives on knowledge. General historians, too, are paying more attention to the increasing impact of science and technology, but have at most instrumental use for philosophical perspectives. Thus, the distinct possibility arises that the debate between historical and analytical approaches in philosophy of science is becoming a conversation within one discipline rather than a dialogue between two disciplines: what was once a ?marriage of convenience”? could end in respectful separation or amicable divorce. The article concludes with brief summaries of the articles published in the two special issues, indicating their relations to specific aspects of the broader topic at hand.  相似文献   

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Science and music. Introductory remarks. The article presents a brief introduction to “Science and Music”, theme of the 44th symposium of the “Society for History of Sciences” held in Munich in Mai 2007. The text begins with a brief reference to the numerous biographical connections between the two fields, but focuses primarily on topics that reveal music and the sciences to be results of shared cultural practices. Examples include: (1) shared objects in the material sense, meaning the use of particular instruments in both music and the sciences; (2) shared semantics, metaphors, and concepts, for example the use of the concepts like clang or tone color in acoustics and the psychology of audition, or talk of ‘mood’ and ‘harmony’ in both music and in literature; (3) direct interactions between mathematics, physics and music, for example in the electronic music of the twentieth century.  相似文献   

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The objective mode of scientific inquiry has increasingly been called into question especially within feminist theory. I have tried to introduce two methodological approaches in examing a small area of medical opinion-making in the medical press at a period in which the question of women doctors was being discussed, but very few women doctors were actually practicing in Germany. Methodologically feminist history sees gender as a structural component used to ascribe sexual division of labour and to form concepts of “masculinity” and “femininity” in a society. It does not define “women's history” as a separate sphere additive to other traditional areas of historical writing including history of science. The second methodological approach is that of deconstruction: “objective” statements in medicine and the biological sciences are part of social and cultural preconceptions. I have examined the pattern of unreflected scientific statements about women's claims to want to become doctors. The pattern is one of preventive prejudice: representative doctors wrote about women in physiological and biological terms of being “weak” and “unfit”. This was an effective strategy for maintaining a status quo of dequalification. The historical examination of women entering the professions has not so much to do with their own capacities, but rather with socially conceived forms of argumentation indirectly applied: preventive statements in medicine about biological function, the “weaker” sex, intellectual denigration, physiological determinism. Some of the statements I found are amusing, but the humour becomes bitter when the consequences enter our social consciousness.  相似文献   

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In three steps, the polyvalent phenomenon of global plant transfer will be analysed. Starting from the model of cultural transfer, the latter one will be discussed in combination with network research. Finally, the connection of various instances of transfer such as botanical gardens, ships and islands will be established. The fact that botanists take part in the process of transfer increasingly and from the middle of the 18th century onwards control the plant transfers in all phases emphasises the entwinement of science and colonialism.  相似文献   

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