This paper revisits the historiography of seventeenth-century scientific academies by analyzing an informal academy established in Coimbra by André de Almada, a nobleman and professor of theology at the University of Coimbra. By promoting this academy and sponsoring the publication of science books, Almada stimulated research on astronomy and animated links of patronage, which included not only members of the universities but also the community of astronomers and astrologers active in Lisbon. This paper challenges the traditional view of (...) academic societies as innovative institutions opposed to the old-fashioned universities and provides an insight into the complex relationship established between patronage, the institutional settings, and the practices of science in a country wherein science was poorly institutionalized and political power increasingly centralized. (shrink)

Given that the practices and institutions of knowledge production commonly referred to as ‘science’ are believed to have ‘Western’ origins, their apparent proliferation entails negotiations and power dynamics that shape both science and diplomacy in specific locales. This paper investigates a facet of this co-production of science and diplomacy in the emergence of knowledge infrastructure in Japan during the Allied Occupation. It focuses on the 1947 delegation from the United States National Academy of Sciences to Japan and its role in (...) creating the Science Council of Japan (SCJ). While historians view this mission as having been dispatched to provide advice on the foundation of the SCJ, it was in fact an unintentional outcome. The original plan was to recruit long-term scientific advisers on science policy to Douglas MacArthur's headquarters. The creation of the SCJ was not the brainchild of any individual but the result of an unforeseen alteration of the original idea through negotiations among various actors. By examining the transnational aspects of this process and the complex social process underlying it, and drawing on Manuel DeLanda's assemblage theory, this paper proposes the concept of ‘techno-diplomatic assemblage’ for understanding the transnational construction of knowledge infrastructure such as the emergence of the SCJ. (shrink)

Starting from the seminal experience of James Prescott Joule, this paper aims to debate the possibility of “making” science outside universities and academies. Joule himself studied as an autodidact and did not make his own discoveries while following an academic path; on the contrary, at first, the associations and academic societies of the time tended not to recognize his works officially. All of this happened throughout the nineteenth century during the period of the first relevant tendency to science popularization. (...) For example, looking at the second half of the England of the 1800s, we can refer to Michael Faraday’s open lessons for children like The Chemical History of a Candle. Following this perspective from a historical view, this paper explores the Italian attempts to communicate science—from the ‘50s to the ‘70s—to a larger public via television and other media, also considering the political and social backgrounds behind this choice. In particular, this paper also deals with Lucio Lombardo Radice’s work on TV programs and writings in social-political journals and daily newspapers, as a mathematician and pedagogist engaged on the importance of what he specifically called “Scientific mediation”, as a “method” to teach and popularize science to a larger public. (shrink)

The essays in this special issue of Centaurus examine overlooked agents and sites of knowledge production beyond the academy and venues of industry- and government-sponsored research. By using gender as a category of analysis, they uncover scientific practices taking place in locations such as the kitchen, the nursery, and the storefront. Because of historical gendered patterns of exclusion and culturally derived sensibilities, the authors in this volume find that significant contributions to science were made in unexpected places and that (...) these were often made by women. The shift in focus to these different sites and different actors broadens the spectrum of what counts as science and where science happens. That is, in moving beyond the parameters of formal academic structures, this special issue seeks to recast the ways in which the production of science itself is defined and to engage readers in the redesign of the boundaries of our discipline. (shrink)

This paper informally summarizes a two-day symposium held at the U.S. National Academy of Sciences in Washington, D.C., September 5–6, 2002. The issue was to what extent the progress of science and societal capacity for continued technological innovation are threatened by excessive protection of intellectual property. Excessive protection creates disadvantages not only for scientists and inventors but also for educators/students and for librarians/clientele. Speakers from a variety of disciplines and institutions agreed unanimously that scientific and technological progress is, indeed, (...) under serious threat. Various opinions were expressed about the degree of threat, currently and prospectively, as well as what counter-measures are best suited to resist undue restrictions on creative uses of scientific and technical data and information. This summary is based entirely on the author’s notes from the symposium, and the commentary offered is his alone. My apologies to the speakers if this paper does not accurately reflect the primary intent of their presentations. The “Suggested Readings” offered at the end are not specific to the speakers’ statements but rather are offered as a general resource to aid further research. The definitive record of the symposium is planned to be available from the National Academies Press as a Proceedings publication in the summer of 2003. (shrink)

SummaryThis article approaches eighteenth-century views on scientific academies by examining Haller's utterances, public and private, especially those occasioned by the founding of the Göttingen Society. It deals in turn with his understanding of the distinctive purpose of academies, with his explanation of the chief ways in which they realized this end, with his thoughts on their broader usefulness, and finally with his various reasons for considering close ties with the state to be essential to their productive and (...) harmonious operations. (shrink)

The International Academy of Freedom of Religion and Belief was formed in July 1985 in England as a result of the meeting of the International Working Group on Religious Freedom in UNESCO with representatives of various religious traditions from different countries. The composition of MASRP includes, in the first place, experts and scientists from the departments of state-church relations of universities of different denominations and from different countries of the world - the USA, England, Italy, Spain, Greece, Belgium, Germany, etc. (...) Currently, among the members of the MSDP, there are already scholars and public figures from Ukraine, Russia, Bulgaria and other post-socialist countries. The head office of MASRP is located in Washington, DC. The President of the Academy is James Wood - Professor at Baylor University. The function of the head of the section on the organization of international scientific conferences on freedom of religion is organized by Cole Durem, professor at Bringam-Young University. From Ukraine, the academician of the MSDP is Doctor of Philosophy, Professor Kolodny AM. (shrink)

The paper discusses the publications of the Royal Swedish Academy of Sciences (RSAS) as part of a wider network of publication exchange, linking learned societies, libraries, and archives. The periodicals of the RSAS went through several reorganisations between 1813 and 1903, all to some extent related to their role in publication exchange. Although subject to many of the same deliberations of commercial value and institutional prestige as the expanding book trade, publication exchange offered a means of communication for institutions with (...) widely differing financial, linguistic and scientific status, and a forum for articulating a wide range of values significant in scientific publication. In the context of publication exchange, the roles of producers and consumers, and of publishers and repositories of scientific knowledge overlap, and librarians emerge alongside editors as central actors in scientific communication. Scientific editorship should be viewed not only as a means of disseminating scientific findings to wider audiences, but as designing a product that could be used to forge institutional connections, to acquire publications, and to build collections. The case of the RSAS periodicals highlights the importance of publication, not only for the distribution of scientific knowledge, but for its acquisition. (shrink)

In 1821 the French Académie Royale des Sciences sponsored a prize competition on the causes of animal heat. Carefully designing the contest to serve several interests, the Académie (especially Cuvier and Berthollet) sought to defend Lavoisier's theory and method for studying animal heat and to restore a pre-1789 ideal of non-utilitarian scientific practice. Changing standards of precision in physical research, however, sabotaged these intentions. Even with improved experimental apparatus and techniques, the chief contestants could not quantitatively confirm Lavoisier's theory. (...) Unpublished documents reveal anonymous entrants who refused to accept the Académie's definition of the question. The 1821 competition, then, rendered Lavoisier's theory more dubious than ever in the eyes of contemporary physiological writers. (shrink)

Plato's Academy is commonly regarded as the most prestigious and most influential of all educational institutions in antiquity. Founded by one of the greatest thinkers of all times, its activity as a centre of philosophical and scientific research spanned at least three centuries (from ca. 387 to ca. 86 B.C.), while the influence it has exerted on contemporary and later philosophical and scientific thought is almost impossible to overestimate. The Academy's history is supposed to reflect not only the (...) theoretical aspirations of its founder and his followers, but also the manner in which they believed their views should operate within a given social context. (shrink)

The famous philosopher Leibniz (1646-1716) was also active in the (cultural) politics of his time. His interest in forming scientific societies never waned and his efforts led to the founding of the Berlin Academy of Sciences. He also played a part in the founding of the Dresden Academy of Science and the St. Petersburg Academy of Science. Though Leibniz's models for the scientific society were the Royal Society and the Royal Science Academy of France, his pansophistic vision of (...) scientific cooperation sometimes took on utopian dimensions. In this paper, I will present Leibniz's ideas of scientific cooperation as a kind of religious activity and discuss his various schemes for the founding of such scientific societies. (shrink)

The Academy was a philosophical school established by Plato that safeguarded the continuity and the evolution of Platonism over a period of about 300 years. Its contribution to the development of Hellenistic philosophical and scientific thinking was decisive, but it also had a major impact on the formation of most of the other philosophical trends emerging during this period. This volume surveys the evidence for the historical and social setting in which the Academy operated, as well as the various (...) shifts in the philosophical outlook of Platonism during its existence. Its contribution to the evolution of special sciences such as mathematics is also examined. The book further includes the first complete annotated translation in English of Philodemus' History of the Academy, preserved on a papyrus from Herculaneum. It thus offers a comprehensive picture of one of the most prominent and influential of all educational institutions in ancient Greece. (shrink)

the walls of the academy. The wall is defended by the idea that not only do experts possess knowledge beyond the ken of lay people, which is trivially true, but that there is an unbridgeable gulf between the two. The aim of this presentation, then, is to discuss the possibility of building a bridge between the ordinary educated citizen and the expert. The tool for this is the famous effort to disseminate scientific literacy, or more generally, any specific sophisticated (...) literacy. The subject-matter of this presentation, then, is scientific literacy, and the question is, how can it best be disseminated? Now the word "literacy" in expressions like "scientific literacy" and "computer literacy" may be meant literally or metaphorically. As I will try to show later on, if time permits, profound ambiguity and ambivalence reside here. The significance of all this remains to be seen. Let me first contrast any specific sophisticated literacy with elementary literacy, and center first on the elementary. It is of course the one that is denoted by the first two of the three r's, reading writing and arithmetic, the three skills teachers of the lower grades of elementary schools are supposed to transmit to their charges. Before discussing scientific literacy or computer literacy or any other specific sophisticated literacy, I will discuss this elementary literacy. My suggestion is that by advancing somewhat our knowledge of elementary literacy we can see what is specific to any specific literacy, however sophisticated it may be, but that there is more profit for understanding the nature of elementary literacy by examining specific cases. My thesis will be that any literacy, elementary or specific, is best achieved by guided, aided experimentation: the trainee should learn by trial and error.. (shrink)

The general principles of the scientific method, which are applicable across all of the sciences, are essential for perspective, productivity, and innovation. These principles include deductive and inductive logic, probability, parsimony, and hypothesis testing, as well as science's presuppositions, limitations, ethics, and bold claims of rationality and truth. The implicit contrast is with specialized techniques confined to a given discipline, such as DNA sequencing in biology. Neither general principles nor specialized techniques can substitute for one another, but rather the (...) winning combination for scientists is mastery of both. The purposes of this book are to enhance perspective on science by drawing insights from the humanities, and to increase productivity by fostering a deep understanding of the general principles of scientific method. The examples and case studies span the physical, biological, and social sciences; include applications in agriculture, engineering, and medicine; and also explore science's interrelationships with disciplines in the humanities such as philosophy and law. This book engages a great diversity of viewpoints on science, both historical and contemporary, and responds by affirming science's rationality. Informed by position papers on science from the American Association for the Advancement of Science, National Academy of Sciences, and National Science Foundation, this book aligns with a distinctively mainstream vision of science. It is an ideal resource for anyone undertaking a systematic study of scientific method for the first time, from undergraduates to professionals in both the sciences and the humanities. (shrink)

This paper studies the constellations of attitudes––sentimental, moral, epistemological, and social––that three leading psychologists active in turn-of-the-twentieth-century America took to be essential to the production of scientific knowledge. William James, G. Stanley Hall, and Edward Titchener located the virtues and traits proper to the scientific frame of mind, and combined them into normative images of the man of science, or, ‘scientific personae’ as I use the term here. I argue that their competing formulations of the scientific (...) ethos informed their psychological practice and epistemological commitments. James, Hall, and Titchener mobilized their representations of the man of science in order to reconfigure the field of psychology and redefine its boundaries, as well as to promote forms of sociability and define the proper role of scientists both within the academy and in the wider polity. (shrink)

Existence of state-supported academies of science is a distinctive feature of the fundamental-science organization in Ukraine. Their research staff is divided into two groups: (i) personal members (academicians and corresponding members) and the rest of the researchers. First-group members have numerous economic and status privileges. It is officially purported that personal members are scientifically qualified than their colleagues. We analyzed this hypothesis on the basis of international indicators of the scientifi c activity (numbers of publications in the international peer-reviewed (...) journals and citations in them). The indicators testify that there are no distinctions between representatives of both groups being of the same age and qualifi cation. A conclusion is made that the lifelong privileges of the first group are ill-founded. (shrink)

For a decade, we have admired the incisive and broadly informed works of Ladislav Tondl on the foundations of science. Now it is indeed a pleasure to include this book among the Boston Studies in the Philosophy of Science. We hope that it will help to deepen the collaborative scholar ship of scientists and philosophers in Czechoslovakia with the English reading scholars of the world. Professor Ladislav Tondl was born in 1924, and completed his higher education at the Charles University (...) iIi Prague. His doctorate was granted by the Institute of Information Theory and Automation. He was a professor and scientific research worker at the Institute for the Theory and Methodology of Science, which was a component part of the Czechoslovak Academy of Sciences. Tondl's principal fields of interest are the methodology of the empirical and experimental sciences, logical semantics, and cybernetics. For many years, he collaborated with Professor Albert Perez and others at the Institute of Information Theory and Automation in Prague, and he has undertaken fruitful collaboration with logicians in the Soviet and Polish schools, and been influenced by the Finnish logicians as well, among them Jaakko Hintikka. We list below a selection of his main publications. Perhaps the most accessible in presenting his central conception of the relationship between modem information theory and the methodology of the sciences is his 1965 paper with Perez, 'On the Role of Information Theory in Certain Scientific Procedures'. (shrink)

This article highlights Comte's ambivalence toward the sciences, which he otherwise celebrated as the foundation of positivism. It correlates changes in his attitude with his personal expériences as an ambitious scholar unable to find acceptance and legitimacy in the leading institutions of his time, especially the Académie des sciences. Comte remained a scientific bohemian, unable to adapt to the new trends of professionalization but eager to impose his moral vision on the scientific community that rejected him. Cet article (...) souligne l'ambivalence de Comte envers les sciences, qu'il a par ailleurs déclarées bases du positivisme. Il s'agit de mettre en relation ses changements d'attitude avec ses expériences personnelles, plus particulièrement avec son échec à se faire accepter et légitimer par les grandes institutions savantes de son temps, dont l'Académie des sciences. Comte est resté scientifiquement marginalisé, peu apte à s'adapter aux nouvelles exigences de la professionnalisation, mais très soucieux d'imposer ses conceptions morales à la société scientifique qui l'a rejeté. (shrink)

In 1777–1778, astronomer Andrew Strzecki (Polish Andrzej Strzecki, Lithuanian Andrius Streckis, 1737–1797) from Vilnius went on a scientific journey to Western Europe, visiting Vienna, Paris, London, and some other cities. This article aims to investigate and describe the motives, chronology, itinerary, and outcomes of this journey, and to evaluate the importance of this event for the science history of Vilnius and Europe. The research is based on an analysis of original correspondence, with some of the letters mentioned in print (...) for the first time. The narrative method was applied to create a coherent storyline from the incomplete data found in various manuscripts and other sources. The research sheds light on previously obscure details of Early Modern European scientific communication, among them, the connections between astronomers of Vilnius and Vienna. The article also mentions the circumstances of the events, which were essential in the history of Vilnius University: the election of Marcin Poczobut Odlianicki (Lithuanian Martynas Odlianickis Počobutas, 1726–1810) as a member correspondent of the Paris Academy of Sciences and international recognition of the constellation he introduced, Taurus Poniatovii. The article confirms that the social and scientific ties of astronomers in Vilnius were much broader than what is usually described and included their close personal relationships with some of the first-rated scholars of the era, such as Rugerius Boskovich, Nevil Maskelyne, and Benjamin Franklin. (shrink)

Ruth Myrtle Patrick was a pioneering ecologist and taxonomist whose extraordinary career at the Academy of Natural Sciences of Philadelphia spanned over six decades. In 1947, an opportunity arose for Patrick to lead a new kind of river survey for the Pennsylvania Sanitary Water Board to study the effects of pollution on aquatic organisms. Patrick leveraged her already extensive scientific network, which included ecologist G. Evelyn Hutchinson, to overcome resistance within the Academy, establish a new Department of Limnology, and (...) carry out the survey, which was a resounding success and brought much needed money to the Academy. As demand for her expertise grew among industrial companies, such as the chemical company DuPont, Patrick became more active in the world of applied science. She repurposed data and instruments from her river surveys to run new experiments, test ecological theories, and conduct long-term ecological studies. Through these studies, she advanced an argument that biologist Thomas Lovejoy dubbed the “Patrick principle,” the idea that the ecological health of a body of water could be measured by the relative abundance and diversity of species living there. Patrick was elected to the National Academy of Sciences in 1970, became a board member of DuPont in 1975, and received two of the most prestigious awards in ecology: the Eminent Ecologist Award from the Ecological Society of America in 1972 and the Tyler Ecology Award in 1975. This article analyzes Patrick’s unusual success in bridging the worlds of science and industry and her unusual ability to cross, and redefine, the perceived boundary between basic and applied fields in biology. It argues that Patrick’s position at the Academy, an institution of natural history that was both willing and able to accept money from industrial corporations, is key to understanding her success in, and influence on, the field of river ecology. (shrink)

This paper describes and discusses the phenomenon ‘predatory publishing’, in relation to both academic journals and books, and suggests a list of characteristics by which to identify predatory journals. It also raises the question whether traditional publishing houses have accompanied rogue publishers upon this path. It is noted that bioethics as a discipline does not stand unaffected by this trend. Towards the end of the paper it is discussed what can and should be done to eliminate or reduce the effects (...) of this development. The paper concludes that predatory publishing is a growing phenomenon that has the potential to greatly affect both bioethics and science at large. Publishing papers and books for profit, without any genuine concern for content, but with the pretence of applying authentic academic procedures of critical scrutiny, brings about a worrying erosion of trust in scientific publishing. (shrink)

By the decree of the Presidium of the Higher Attestation Commission of Ukraine of 08.02.1996. Approved composition of the Specialized Academic Council D. 01.25.05 on specialty 05.00.11 - Religious studies. The Council was established at the Department of Religious Studies at the Institute of Philosophy of the National Academy of Sciences of Ukraine. Being the only one in Ukraine on its profile, it is the main link in the system of certification of scientific personnel of the highest qualification in (...) this specialty. (shrink)

Under this name, on December 12-13, 1998, a scientific conference was held in Ternopil. Co-organizers of the conference were the Ukrainian Association of Religious Studies, the Office for Nationalities, Migration and Religions of the Ternopil Regional State Administration, the Ternopil State Medical Academy named after them. I.Gorbachevsky, Department of Religious Studies, Institute of Philosophy. G.S. Skovoroda, National Academy of Sciences of Ukraine, Kremenets State Medical College. The conference was held on the basis of the medical academy, whose rector was (...) Prof. L.Kovalchuk has created all the necessary conditions for her fruitful work. The conference was congratulated by the vice-rector on the scientific work of the academy prof. M.Andreichin There were about 40 scientific reports and reports. The conference was attended by members of the Institute of Religious Studies at Jagiellonian University. (shrink)

For a decade, we have admired the incisive and broadly informed works of Ladislav Tondl on the foundations of science. Now it is indeed a pleasure to include this book among the Boston Studies in the Philosophy of Science. We hope that it will help to deepen the collaborative scholar ship of scientists and philosophers in Czechoslovakia with the English reading scholars of the world. Professor Ladislav Tondl was born in 1924, and completed his higher education at the Charles University (...) iIi Prague. His doctorate was granted by the Institute of Information Theory and Automation. He was a professor and scientific research worker at the Institute for the Theory and Methodology of Science, which was a component part of the Czechoslovak Academy of Sciences. Tondl's principal fields of interest are the methodology of the empirical and experimental sciences, logical semantics, and cybernetics. For many years, he collaborated with Professor Albert Perez and others at the Institute of Information Theory and Automation in Prague, and he has undertaken fruitful collaboration with logicians in the Soviet and Polish schools, and been influenced by the Finnish logicians as well, among them Jaakko Hintikka. We list below a selection of his main publications. Perhaps the most accessible in presenting his central conception of the relationship between modem information theory and the methodology of the sciences is his 1965 paper with Perez, 'On the Role of Information Theory in Certain Scientific Procedures'. (shrink)

The Système de philosophie by Pierre Sylvain Régis can be considered as the achievement both of the scientific liveliness of the Académie des Sciences in the 17th century and of its fruitful relationship with the Royal Society. Since it aims to shape the new conception of the universe in terms of a system, the Système represents one of the most mature achievements of Cartesian philosophy and it is characterized by an empirical interpretation of Descartes’ thought. The Système therefore reflects (...) two important phenomena occurring in the Europe of the 17th century: the scientific revolution and the proliferation of Academies. In fact, this ambitious work could be undertaken with the support of the Académie des Sciences and the Journal des Sçavants. My paper will analyse the French context by focusing to outline the role which the Académie de France had both in France, as the medium of dissemination of the new philosophy despite censorship, and abroad, in particular through the relationship with the Royal Society in England. I aim to analyse the role of the Journal des Sçavants as a means to share ideas other than by correspondence and as a trait d’union between “rationalist France” and “empiricist England”. I intend to question whether it is possible to establish a connection between the empirical interpretation of French Cartesianism, the consolidation of the Académie de France and the employment of new means of academic communication. The paper will show that the second half of 17th century France represents a remarkable exception to the conventional picture, which states that in 17th century Europe, following the success of a mechanistic interpretation of reality, two philosophical school clashed: rationalism, predominating on the continent, and empiricism, in England. (shrink)

The English Synopsis is after the text of the book. The book presents an original and generalizing substantive vision of the philosophy of science through the prism of a detailed analysis of the polysystem structure of scientific theories. Theories are considered, firstly, as complex specialized forms of developed scientific thinking about the realities studied by natural science, secondly, as constantly improving tools for producing new knowledge in interaction with experimental research, and thirdly, as carriers of ordered and verified (...) knowledge. Emphasis is placed on their nominal and ontic subsystems. The book develops personal and joint research of the authors (theoretical physicist and philosopher), the experience of teaching philosophy of physics at NaUKMA, philosophy of science at the Higher School of Philosophy at the H. Skovoroda Institute of Philosophy of the National Academy of Sciences of Ukraine and theoretical physics at the National Technical University "Ihor Sikorsky Kyiv Polytechnic Institute". The research is based on a significant source base covering works of modern Western researchers in natural science and philosophy of science. For students, teachers, and scientists who are interested in the problems of modern philosophy of science and have a certain amount of scientific knowledge. It will also be useful for high school students who are eager to become scientists. (shrink)

The summary reveals various areas of Belarusian-Russian collaboration in philosophy: problems of the methodology of scientific knowledge, transdisciplinary synthesis of philosophy and science, philosophical foundations of physics, scientific realism, theory of harmony and self-organization of complex systems, modern epistemological theories, the sociocultural foundations, risks, and prospects of the digital society, human problems in the context of convergent technologies, anthropological foundations of intercultural communication, the world heritage of philosophical thought, the reception of Russian philosophy in the Belarusian intellectual tradition. (...) Special attential is paid to the content, possibilities, and prospects of the agreement on cooperation in the field of scientific and educational activity between the Institute of Philosophy of the National Academy of Sciences of Belarus and the Institute of Philosophy of the Russian Academy of Sciences. The areas of mutual interest are scientific research activity, academic work, publishing, humanitarian expertise, training of scientific personnel, interaction of young scientists, career guidance work with schoolchildren, popularization of philosophical knowledge. Under current conditions, the Belarusian and Russian philosophers consider important the studies of civilizational dynamics in the light of the formation of a multipolar world, the philosophical and ethical aspects of the transformation of social practices in the post-COVID era, the philosophical problems of developing artificial intelligence, and the praxeological dimension of philosophical knowledge. Emphasis is placed on the importance of scientific and humanitarian partnership in the development of research and educational potential in the post-Soviet space. (shrink)

The ArgumentThe Chinese Academy of Sciences, founded in 1949 – the same year as the People's Republic of China – has attempted to use science to speed up technological, economic, and defense-related development, as well as the entire process of modernization. At' the same time, political structures on the development of science have hampered scientific output and kept it to a level that was far below what might have been expected from the creative potential of China's scientists.Early in this (...) century, when modern science was brought to China by foreign missionaries and by scientists and students returning from abroad, only a few people in the country were engaged in scientific research. In 1928 and 1929, two state-run comprehensive research establishments were founded: the Academia Sinica, consisting mainly of scientists who had studied in the United States, and the Peking Academy, consisting mainly of European-trained scientists. Two decades later, a month after the proclamation of the People's Republic of China, a single national scientific research body was founded: the Chinese Academy of Sciences. This article will review the contribution and status of the CAS, its successes and its failures in the ensuing forty years. (shrink)

Social sciences in Latin America experienced, during the 1960s, a great number of debates concerning the very foundations of different academic fields. In the case of Argentina, research programs such as Proyecto Marginalidad constituted fundamental elements of those controversies, which were characteristic of disciplinary developments within the social sciences, particularly sociology. Mainly influenced by the critical context that had been deepened by Project Camelot, Argentinian social scientists engaged in debates about the theories that should be chosen in order to account (...) for ‘national reality’, the origins of funding for scientific research, or the applied dimension of science. In this sense, the practices of philanthropic organizations like the Ford Foundation stimulated considerably the ideological passions of that period; those practices also contributed to fragmentation in various academic groups. In this way, the problem of American imperialism, and its consequent economic and cultural dependencies, were present in the controversies of academic fields whose historic evolutions cannot be fully understood without considering their strong links with national and international politics. (shrink)

The nowadays academic teacher’s activity is split between teaching activity, scientific research concern and institutional goals. As it appears in the studies focusing on academic problems that the teacher’s orientation is going to be rather personal and professional than academic. The new generation of academic staff is trying to mix solutions in order to survive the ethical problems. Academic ethics seems to be in the middle of an important triangle: personal, professional and corporate ethics.

Williams James’s 1903 election to the National Academy of Sciences has long been understood as well-deserved recognition for his scientific achievement and as evidence that other sciences had begun to accept the “new psychology” as a peer discipline. This note offers a detailed review of the complex course of events that led to James’s election – presented within the context of the Academy’s own history – that illustrates just how a variety of extra-scientific factors had a significant impact (...) on this tribute. It closes with a review of James’s own activities as an Academy member. (shrink)

Madrasas and academy can be defined as educational institutions known as schools that were established for different purposes in different periods. Madrasas are non-formal educational institutions where Islamic religious knowledge is taught. Madrasas, which hold an important place in Islamic civilization, are generally built in connection with mosques or prayer rooms. Education in madrasas is provided in areas related to the Islamic religion, such as fiqh (Islamic jurisprudence), hadith (sayings and actions of the Prophet Muhammad), tafsir (interpretation of the Quran), (...) and kalam (Islamic theology). The duration of education in madrasas varies between 5-10 years on average and is generally aimed at male students. Since the sciences that madrasas want to teach are Islamic sciences, the language used in education is Arabic.On the other hand, theology academies are institutions recognized by the state in an official manner and cover various subjects. These include the interpretation of religious texts, philosophical and theological analysis of religions, the history of religions and their effects on society, the study of religious rituals and practices, and the social and political impact of religious thoughts. In addition, today's theological academic studies have a broader perspective. They describe the relationship between religion and society, religious freedoms, gender and religion, and contemporary interpretations. In fact, theological academic studies embrace an interdisciplinary approach to understand both the content of religion and the social and cultural effects of religion.These studies are concluded in the form of academic publications, articles, and books. In addition, theology academics participate in conferences, seminars, and discussions to specialize in their fields and share their research. Nowadays, theological academic studies aim to contribute to the development of religious knowledge and understanding, as well as to understand the effects of religion on society as a multidisciplinary discipline. It enables people to understand the diversity of religions and religious thoughts and to examine them in a deeper way.Currently, madrasas and academies continue to exist in different forms. Madrasas mostly operate as religious education institutions in Islamic countries, while academies bear the name of contemporary universities known as higher education institutions. Universities representing the academy offer undergraduate, postgraduate, and doctoral education in various fields of science. Academies are also used as institutions where scientific research is carried out and scientific meetings are organized. (shrink)

La présente étude de cas soulève une série de questions historiographiques et archivistiques induites par une enquête que nous avons consacrée à la patrimonialisation des papiers personnels de Jean Leray (1906-1998). Nous entendons tout d’abord reconstituer la persona scientifique de Jean Leray telle qu’elle ressort des notices biographiques produites en particulier après son décès. Le récit que nous a livré Leray sur sa captivité durant la seconde guerre mondiale y est alors reproduit et amplifié. Nous établissons ensuite que le tri (...) des papiers de Leray est contemporain de ces éloges et qu’il a été mené sous l’étroit contrôle du mathématicien et académicien Paul Malliavin. Nous formulons ce faisant quelques hypothèses sur les principes ayant conduit ce dernier à n’en déposer que quelques fragments dans trois bibliothèques de mathématiques distinctes. Pour finir, nous replaçons le récit de captivité de Leray dans le contexte des relations étroites que certains membres de l’Académie des sciences, dont Gaston Julia et Henri Villat, entretenaient avec l’université en captivité de l’Oflag XVII-A durant l’Occupation. (shrink)

The aim of the present paper is to show that the fundamental transformation of Russian society that had been realized by the Soviet government since the early twenties included not only the reforms of scientific institutions or the creation of a new educational system but also a radical reevaluation of the social role of the expert knowledge. It proposes a transversal analysis of the institutional history of the Soviet science and its complex relations with the state apparatus in order (...) to show that the research policy of the twenties should be considered not only as an attempt to stimulate a “catch up growth,” but rather as an anticipation of some essential problems discussed in the contemporary social epistemology. The early Soviet government had a very particular vision of “social engineering” that was both utopian and extremely pragmatic. The Soviet Union was considered as the first truly “scientific state,” based on the idea that the historical development could be accelerated due to a party lead popular mobilization. The result of this conviction was the policy of “state-sponsored evolutionism” that created a high demand for the experts in all fields of knowledge. First, it focuses on the dualism of scientific institutions in the twenties when the “old” Academy of Sciences composed of the scientists formed under the Old Regime was disputing the role of the leading research institution with the newly created Communist Academy. This period could be described as the era of “New Scientific Policy” or some kind of “primitive accumulation” of the expert knowledge. Later it explores another dualism that existed since the creation of the Soviet Union: it consisted of the opposition between two rival projects of state building. The first one was promoted by State Planning Committee and made an emphasis on the administrative division based on economical basis, the second one was a project of People’s Commissariat of Nationalities, that proposed a creation of multiple soviet “national states” based on the principle of self-determination. Both projects required a large amount of data in various fields of knowledge and promoted a creation of new research institutions and favored the pioneering study in both central economy planning and social engineering. The aim of this article is to place the soviet experience in the comparative perspective, claiming that the communist modernization should be analyzed in the context of elaboration, in Foucault’s terms, of new “governmental technologies” which are supposed to be the products of new research institutions directly or indirectly influenced by a modern state. (shrink)