This book represents emerging alternative perspectives to the "constructivist" orthodoxy that currently dominates the field of science and technology studies. Various contributions from distinguished Americans and Europeans in the field, provide arguments and evidence that it is not enough simply to say that science is "socially situated." Controversial Science focuses on important political, ethical, and broadly normative considerations that have yet to be given their due, but which point to a more realistic and critical perspective on (...) class='Hi'>science policy. (shrink)

Sociology of Science: A Critical Canadian Introduction provides an overview of how sociology approaches science and, to a lesser extent, technology. It examines how science developed as a set of theories about both what we know and how we know. The book provides a succinct critical examination of the current state of science studies with a particular emphasis on research conducted by Canadian scholars. Hird illustrates that science studies offers useful perspectives on current (...) and ongoing sociological debates, such as the strengths and limitations of social constructionism, as well as popular public debates, such as the ethics of stem-cell research. Using examples from throughout history and with a focus on the Canadian context, the book provides students with an examination of influential science studies concepts, theories, and debates and situates these theories and debates within contemporary field of sociology. (shrink)

This book explores Pierre Bourdieu's philosophy and sociology of science, which, though central to his thought, have been largely neglected in critical examinations of his work. Addressing the resultant confusion that surrounds Bourdieu's sociologized philosophy of science, it expounds his epistemology and sociology of science, situating it within the context of Anglo-American post positivist philosophy of science and shedding light on the critique of relativist sociology of science that emerges from his field (...) theory. From a detailed critique of Bourdieu's reflexive sociology and his attempt to enhance the uneasy epistemic status of the social sciences, the author draws on the thought of Jürgen Habermas to suggest critical ethnography as a way of going beyond Bourdieu's critical theory. As such, Bourdieu's Philosophy and Sociology of Science will appeal to sociologists, philosophers and scholars across the social sciences with interests in the work of Bourdieu and the sociology and philosophy of science. (shrink)

The sociology of science seeks to theorize the social conditioning of science. This theorizing seems to undermine the validity of scientific knowledge and lead to relativism. Bourdieu and Latour both attempt to develop a sociology of science that overcomes relativism but stipulate opposite conditions for the production of scientific truths: while Bourdieu emphasizes autonomy, Latour emphasizes associations. This is because they work with oppositional epistemological and ontological assumptions. In both theories, the notion of truth lacks (...) an independent definition; it is derived from the theorist’s position on rationalism and defined with reference to how it is produced. This interdependence creates a different problem in each case. Bourdieu’s assertion that truths produced in relatively autonomous scientific fields are “trans-historical” remains an epistemological assertion. Latour’s argument that truths are produced through associations fails to capture the different resources, distinctions and boundarie.. (shrink)

Among the most influential parts of the philosophy of G.W.F. Hegel (1770-1831) were his ethics, his theory of the state, and his philosophy of history. The Philosophy of Right (Grundlinien der Philosophie des Rechts) (1821), the last work published in Hegel's lifetime, is a combined system of moral and political philosophy, or a sociology dominated by the idea of the state. Here Hegel repudiates his earlier assessment of the French Revolution as a "a marvelous sunrise" in the realization of (...) liberty. Rejecting the republican form of government, he espouses an idealized form of a constitutional monarchy, whose ultimate power rests with the sovereign. (shrink)

Since its inception, the concept of `intersectionality' — the interaction of multiple identities and experiences of exclusion and subordination — has been heralded as one of the most important contributions to feminist scholarship. Despite its popularity, there has been considerable confusion concerning what the concept actually means and how it can or should be applied in feminist inquiry. In this article, I look at the phenomenon of intersectionality's spectacular success within contemporary feminist scholarship, as well as the uncertainties and confusion (...) which it has generated. Drawing upon insights from the sociology of science, I shall show how and why intersectionality could become a feminist success story. I shall argue that, paradoxically, it is precisely the concept's alleged weaknesses — its ambiguity and open-endedness — that were the secrets to its success and, more generally, make it a good feminist theory. (shrink)

The social aspects of modern science and technology; The cultural aspects of science; The sociology of the research process; The planning of science: bernal versus polanyi.

The paper deals with some of the contemporary theories of science which see the latter as an organized cognitive activity. On the background of the controversy concerning the nature of rationality and relativism the author underlines the contribution of the sociology of scientific knowledge, showing its role in reconceptualization of the dichotomy between internalism and externalism. His argumentation is in favor of the institutionalist conception of science as a subsystem of society. The problem of the reliability of (...) knowledge is explained in the context of the globalized science: for science to be cognitively successful it is necessary to optimize the institutional mechanisms producing consensus and working as the controlling and corrective mechanisms. (shrink)

Ludwig Wittgenstein was trained as a scientist and an engineer. He received a diploma in mechanical engineering from the Technische Hochschule in Charlottenburg, Berlin, in 1906, after which he did several years of research on aeronautics before turning to the full-time study of logic and philosophy. Hertz, Boltzmann, Mach, Weininger, and William James, all important influences on Wittgenstein, are authors whose work was both philosophical and scientific. The relationship between everyday life, science, and philosophy, is a central concern throughout (...) the course of his writing. He regarded philosophy, properly conducted, as an autonomous activity, a matter of clarifying our understanding of language, or investigating grammar. Wittgenstein thought philosophy should state the obvious as a way of disabusing us of the desire to formulate philosophical theories of meaning, knowledge, language, or science, and was deeply opposed to the naturalist view that philosophy is a form of science. In his later work, Wittgenstein rejected systematic approaches to understanding language and knowledge. Wittgenstein’s answer to the Socratic question about the nature of knowledge is that it has no nature, no essence, and so it is a mistake to think one can give a single systematic answer:If I was asked what knowledge is, I would list items of knowledge and add “and suchlike.” There is no common element to be found in all of them, because there isn’t one. (shrink)

Ludwig Wittgenstein was trained as a scientist and an engineer. He received a diploma in mechanical engineering from the Technische Hochschule in Charlottenburg, Berlin, in 1906, after which he did several years of research on aeronautics before turning to the full-time study of logic and philosophy. Hertz, Boltzmann, Mach, Weininger, and William James, all important influences on Wittgenstein, are authors whose work was both philosophical and scientific. The relationship between everyday life, science, and philosophy, is a central concern throughout (...) the course of his writing. He regarded philosophy, properly conducted, as an autonomous activity, a matter of clarifying our understanding of language, or investigating grammar. Wittgenstein thought philosophy should state the obvious as a way of disabusing us of the desire to formulate philosophical theories of meaning, knowledge, language, or science, and was deeply opposed to the naturalist view that philosophy is a form of science. In his later work, Wittgenstein rejected systematic approaches to understanding language and knowledge. Wittgenstein’s answer to the Socratic question about the nature of knowledge is that it has no nature, no essence, and so it is a mistake to think one can give a single systematic answer:If I was asked what knowledge is, I would list items of knowledge and add “and suchlike.” There is no common element to be found in all of them, because there isn’t one. (shrink)

I compare recent work in the sociology of scientific knowledge with other types of sociological research. On this basis I urge a revival of the sociology of science, offer a tentative agenda, and attempt to show how the questions I raise might be addressed.

The pedagogical function of science teaching may benefit from an analysis of the historical-epistemic dimension, without neglecting the socio-political context in which a given research was carried out. In the case of DNA structure, the background of its discovery is particularly complex. Starting from the analysis of some papers, the view on the circumstances that led to their drafting broadens. We try to answer the fundamental question for any educator: why teach all that? Ethics issues are related to the (...) general organisation of research, increasingly focused on speed and competition. Even teaching is affected by these dynamics, not only in higher education, but also at secondary level; students should be made aware of this trend. The history of science could therefore favour a more general awareness. _SUNTO_ La funzione pedagogica dell’insegnamento scientifico può trarre vantaggio da un’analisi della dimensione storico-epistemica, senza trascurare il contesto socio-politico nel quale una determinata ricerca è stata condotta. Nel caso della struttura del DNA, i retroscena della sua scoperta sono particolarmente complessi. Dopo l’analisi di alcuni articoli, si allarga gradualmente la vista sulle circostanze che hanno condotto alla loro stesura. Si cerca di rispondere a una domanda fondamentale per ogni educatore: perché insegnare tutto ciò? Le questioni etiche riguardano l’organizzazione generale della ricerca, sempre più tesa alla velocità e alla competizione. Persino l’insegnamento è influenzato da dinamiche simili, non solo in ambito accademico, ma anche a livello secondario; gli studenti dovrebbero essere a conoscenza di questa tendenza. La storia della scienza può dunque favorire una maggiore consapevolezza. (shrink)

Philosophers of science are becoming more sensitive to the claims about truth and rationality being made by sociologists of science. There is a tendency among some of these philosophers to dismiss such claims as irrelevant to philosophy of science and as self-refuting. Larry Laudan, in his 'arationality assumption', has captured the essence of positions which argue that sociology of science can only be concerned with scientific claims which are not rational (or, in some versions, 'not (...) true'). I show that the arguments he gives in support of the arationality assumption are not sound, that the arationality assumption has absurd consequences, and I argue that the arationality assumption undermines the possibility of fruitful cooperation between philosophers and sociologists of science. I conclude that the arationality assumption should be rejected. (shrink)

The relationship between archaeology and other sciences has only recently become a research topic for sociologists and historians of science. From the 1950s to the present day, different approaches have been taken and the aims of research studies have changed considerably. Besides methodological textbooks, which aim at advancing archaeological knowledge, historians of archaeology have tackled this question by exploring the development of archaeology as a scientific discipline. More recently, collaborations between archaeologists and other scientists have been examined as a (...) general phenomenon regarding transfers of knowledge and power relationships between specialists, organizations, and scientific tools, where archaeology is considered as a scientific practice. Adopting a sociohistorical perspective, this entry examines the specificity of aims, facts, and procedures shared by archaeologists and other scientists regarding the crucial question of measuring time and computations. (shrink)

The paper examines Pierre Bourdieu’s extensive writings on the production of scientific knowledge. The study shows that Bourdieu offered not one but two - significantly different - approaches to scientific knowledge production, one formulated in his theoretical, or programmatic, writings on the subject, the other developed in his empirical writings. Addressing the question as to the relevance of Bourdieu’s work for science studies, the analysis argues that the former of these two approaches is at once very visible in Bourdieu’s (...) work but characterized by limitations from the standpoint of scholarship in STS, whereas the latter approach is less conspicuous but of broader empirical value. (shrink)

Includes bibliographical references (p. ) and index.

From roughly 1965 to 1995, Columbia University's Department of Sociology was a leading center for social study of science, both nationally and internationally. It was often referred to as the Merton School or Columbia School, and four scholars paved its way : Robert K. Merton, Harriet Zuckerman, Stephen Cole, and Jonathan Cole. The goal of the Columbia School was to create and legitimate a new sociological specialty focusing on the scientific community and the growth of scientific knowledge and (...) they did this by exploring the norms, values, and structure of science. The core values of the scientific and university system and the norms attached to them consisted of deeply held beliefs as well as principles that determined how individuals would act. They were organizing principles designed to support the institution in meeting its goals and mission. They influenced the types of social structures that developed to carry out the activities of scientists. Edited by Jonathan R. Cole, this collection of individually and co-authored papers and essays by Cole represents some of the work produced by Cole and his close collaborators over the past 50 years. the essays are contextualized with an introduction by Cole. The pieces in this volume represent the major concerns on the Columbia School, whose focus of attention was not on the production of individual pieces of knowledge, but on the social systems that made that production possible. (shrink)