may be complex without being able to be replaced by something "still more simple". This became evident with the help of computer models of deterministic-recursive systems in which simple mathematical equation systems provide an extremely complex behavior. (2) Irregularity of nature is not treated as an anomaly but becomes the focus of research and thus is declared to be normal. One looks for regularity within irregularity. Non-equilibrium processes are recognized as the source of order and the search for equilibrium is replaced by the search for the dynamics of processes. (3) The classical system-environment model, according to which the adaptation of a system to its environment is controlled externally and according to which the adaptation of the system occurs in the course of a learning process, is replaced by a model of systemic closure. This closure is operational in so far as the effects produced by the system are the causes for the maintenance of systemic organization. If there is sufficient complexity, the systems perform internal self-observation and exert self-control ("Cognition" as understood by Maturana as self-perception and self-limitation, e. g. , that of a cell vis-a. -vis its environment). 22 But any information a system provides on its environment is a system-internal construct. The "reference to the other" is merely a special case of "self-reference". The social sciences frequently have suffered from the careless way in which scientific ideas and models have been transferred.

This volume brings together contributions that resemble spotlights thrown on the past twenty-five years of science and technology studies. It covers a broad range: history of science; science and politics; science and contemporary democracy; science and the public; science and the constitution; science and metaphors; and science and modernity and provides a critical overview of how the field of science and technology studies has emerged and developed.

This volume brings together contributions that resemble spotlights thrown on the past twenty-five years of science and technology studies. It covers a broad range: history of science; science and politics; science and contemporary democracy; science and the public; science and the constitution; science and metaphors; and science and modernity and provides a critical overview of how the field of science and technology studies has emerged and developed.

may be complex without being able to be replaced by something "still more simple". This became evident with the help of computer models of deterministic-recursive systems in which simple mathematical equation systems provide an extremely complex behavior. (2) Irregularity of nature is not treated as an anomaly but becomes the focus of research and thus is declared to be normal. One looks for regularity within irregularity. Non-equilibrium processes are recognized as the source of order and the search for equilibrium is replaced by the search for the dynamics of processes. (3) The classical system-environment model, according to which the adaptation of a system to its environment is controlled externally and according to which the adaptation of the system occurs in the course of a learning process, is replaced by a model of systemic closure. This closure is operational in so far as the effects produced by the system are the causes for the maintenance of systemic organization. If there is sufficient complexity, the systems perform internal self-observation and exert self-control ("Cognition" as understood by Maturana as self-perception and self-limitation, e. g. , that of a cell vis-a. -vis its environment). 22 But any information a system provides on its environment is a system-internal construct. The "reference to the other" is merely a special case of "self-reference". The social sciences frequently have suffered from the careless way in which scientific ideas and models have been transferred.

Uncertainty is interwoven into human existence. It is a powerful incentive in the search for knowledge and an inherent component of scientific research. We have developed many ways of coping with uncertainty. We make promises, manage risks and make predictions to try to clear the mists and predict ahead. But the future is inherently uncertain - and the mist that shrouds our path an inherent part of our journey. The burning question is whether our societies can face up to uncertainty, learn to embrace it and whether we can open up to a constantly evolving future. In this new book, Helga Nowotny shows how research can thrive at the cusp of uncertainty. Science, she argues, can eventually transform uncertainty into certainty, but into certainty which remains always provisional. Uncertainty is never completely static. It is constantly evolving. It encompasses geological time scales and, at the level of human experience, split-second changes as cells divide. Life and death decisions are taken in the blink of the eye, while human interactions with the natural environment may reveal their impact over millennia. Uncertainty is cunning. It appears at unexpected moments, it shuns the straight line, takes the oblique route and sometimes the unexpected short-cut. As we acknowledge the cunning of uncertainty, its threats retreat. We accept that any scientific inquiry must produce results that are provisional and uncertain. This message is vital for politicians and policy-makers: do not be tempted by small, short-term, controllable gains to the exclusion of uncertain, high-gain opportunities. Wide-ranging in its use of examples and enriched by the author s experience as President of the European Research Council, one of the world s leading funding organisations for fundamental research. The Cunning of Uncertainty is a must-read for students and scholars of all disciplines, politicians, policy-makers and anyone concerned with the fundamental role of knowledge and science in our societies today.

Just fifty years ago Julian Huxley, the biologist grandson of Thomas Henry Huxley, published a book which easily could be seen to represent the prevail ing outlook among young scientists of the day: If I were a Dictator (1934). The outlook is optimistic, the tone playfully rational, the intent clear - allow science a free hand and through rational planning it could bring order out of the surrounding social chaos. He complained, however: At the moment, science is for most part either an intellectual luxury or the paid servant of capitalist industry or the nationalist state. When it and its results cannot be fitted into the existing framework, it and they are ignored; and furthermore the structure of scientific research is grossly lopsided, with over-emphasis on some kinds of science and partial or entire neglect of others. (pp. 83-84) All this the scientist dictator would set right. A new era of scientific human ism would provide alternative visions to the traditional religions with their Gods and the civic religions such as Nazism and fascism. Science in Huxley's version carries in it the twin impulses of the utopian imagination - Power and Order. Of course, it was exactly this vision of science which led that other grand son of Thomas Henry Huxley, the writer Aldous Huxley, to portray scientific discovery as potentially subversive and scientific practice as ultimately en slaving."

Just fifty years ago Julian Huxley, the biologist grandson of Thomas Henry Huxley, published a book which easily could be seen to represent the prevail ing outlook among young scientists of the day: If I were a Dictator (1934). The outlook is optimistic, the tone playfully rational, the intent clear - allow science a free hand and through rational planning it could bring order out of the surrounding social chaos. He complained, however: At the moment, science is for most part either an intellectual luxury or the paid servant of capitalist industry or the nationalist state. When it and its results cannot be fitted into the existing framework, it and they are ignored; and furthermore the structure of scientific research is grossly lopsided, with over-emphasis on some kinds of science and partial or entire neglect of others. (pp. 83-84) All this the scientist dictator would set right. A new era of scientific human ism would provide alternative visions to the traditional religions with their Gods and the civic religions such as Nazism and fascism. Science in Huxley's version carries in it the twin impulses of the utopian imagination - Power and Order. Of course, it was exactly this vision of science which led that other grand son of Thomas Henry Huxley, the writer Aldous Huxley, to portray scientific discovery as potentially subversive and scientific practice as ultimately en slaving."

Heretical thoughts in an orthodox series on sociology of the sciences? Devils and science between the covers of one book? Games with ambivalence to mask collective uncertainty? We anticipate similar future reactions from readers or reviewers when assessing the way in which this volume has been assembled. But writings on counter-science, like the history of colonialism, are usually written by the winners, therefore unequivocally partial and only too often lacking in social imagination. In seeking to redress the balance, we admit to having been fully receptive to the latter, of having displayed an un measured degree of sympathy with heretics and outsiders, including practising scientists, and to letting science defend itself. The antithetical relationship implied in the volume's title - Counter-movements in the Sciences - stands for what we regard as an ongoing, open-ended process. In collecting material for this volume, we have brought together voices speaking from different quarters: there are those who, although modestly claiming to speak only for them selves, have set out to question sacred assumptions of scientific faith or to cast doubt on well-known claims scientific knowledge holds over other forms of knowledge; others have undertaken to demonstrate the fragility, ifnot untenability of attempts at demarcation between science and other systems of belief or practice or shown that demarcations between different forms of rationality rest on other than methodological grounds; finally, those who wish to re-arrange, by mapping out some meta-point of surveillance, familiar territory, showing the need for rearrangement and"

Heretical thoughts in an orthodox series on sociology of the sciences? Devils and science between the covers of one book? Games with ambivalence to mask collective uncertainty? We anticipate similar future reactions from readers or reviewers when assessing the way in which this volume has been assembled. But writings on counter-science, like the history of colonialism, are usually written by the winners, therefore unequivocally partial and only too often lacking in social imagination. In seeking to redress the balance, we admit to having been fully receptive to the latter, of having displayed an un measured degree of sympathy with heretics and outsiders, including practising scientists, and to letting science defend itself. The antithetical relationship implied in the volume's title - Counter-movements in the Sciences - stands for what we regard as an ongoing, open-ended process. In collecting material for this volume, we have brought together voices speaking from different quarters: there are those who, although modestly claiming to speak only for them selves, have set out to question sacred assumptions of scientific faith or to cast doubt on well-known claims scientific knowledge holds over other forms of knowledge; others have undertaken to demonstrate the fragility, ifnot untenability of attempts at demarcation between science and other systems of belief or practice or shown that demarcations between different forms of rationality rest on other than methodological grounds; finally, those who wish to re-arrange, by mapping out some meta-point of surveillance, familiar territory, showing the need for rearrangement and"

"Re-Thinking Science" presents an account of the dynamic relationship between society and science. Despite the mounting evidence of a much closer, interactive relationship between society and science, current debate still seems to turn on the need to maintain a 'line' to demarcate them. The view persists that there is a one-way communication flow from science to society - with scant attention given to the ways in which society communicates with science.

The authors argue that changes in society now make such communications both more likely and more numerous, and that this is transforming science not only in its research practices and the institutions that support it but also deep in its epistemological core. To explain these changes, Nowotny, Scott and Gibbons have developed an open, dynamic framework for re-thinking science.

The authors conclude that the line which formerly demarcated society from science is regularly transgressed and that the resulting closer interaction of science and society signals the emergence of a new kind of science: contextualized or context-sensitive science. The co-evolution between society and science requires a more or less complete re-thinking of the basis on which a new social contract between science and society might be constructed. In their discussion the authors present some of the elements that would comprise this new social contract.

"Helga Nowotny's exploration of the forms and meaning of time in contemporary life is panoramic without in any way partaking of the blandness of a survey. From the artificial time of the scientific laboratory to the distinctively modern yearning for one's own time, she regards every topic in this wide-ranging book from a fresh angle of vision, one which reveals unsuspected affinities between the bravest, newest worlds of global technology and the most ancient worlds of myth."
--Lorraine Daston, University of Chicago

This book represents a major contribution to the understanding of time, giving particular attention to time in relation to modernity. The development of industrialism, the author points out, was based upon a linear and abstract conception of time. Today we see that form of production, and the social institutions associated with it, supplanted by flexible specialization and just-in-time production systems. New information and communication technologies have made a fundamental impact here. But what does all this mean for temporal regimes? How can we understand the transformation of time and space involved in the bewildering variety of options on offer in a postmodern world?

The author provides an incisive analysis of the temporal implications of modern communication. She considers the implications of worldwide simultaneous experience, made possible by satellite technologies, and considers the reorganization of time involved in the continuous technological innovation that marks our era. In this puzzling universe of action, how does one achieve a 'time of one's own'? The discovery of a specific time perspective centred in the individual, she shows, expresses ayearning for forms of experience that are subversive of established institutional patterns.

This brilliant study, became a classic in Germany, will be of interest to students and professionals working in the areas of social theory, sociology, politics and anthropology.

Re-Thinking Science presents an account of the dynamic relationship between society and science. Despite the mounting evidence of a much closer, interactive relationship between society and science, current debates still center on the need to maintain a "line" demarcating them. The view persists that there is a one-way communication flow from science to society -- with scant attention given to the ways in which society communicates with science. This book argues that changes in society now make such communications both more likely and more numerous. It claims that this reverse communication is transforming science not only in its research practices and the institutions that support it, but also deep in its epistemological core. To explain these changes, the authors have developed an open, dynamic framework for re-thinking science. They conclude that the closer interaction of science and society signals the emergence of a new kind of science: contextualized, or context-sensitive, science. Context-sensitive science is not a static science, but a form of knowledge production that is co-evolving with trends in contemporary society. The co-evolution between society and science requires a more or less complete re-thinking of the basis on which a new social contract between science and society might be constructed. In their discussion, the authors present some of the elements that would comprise this new social contract.

Uncertainty is interwoven into human existence. It is a powerful incentive in the search for knowledge and an inherent component of scientific research. We have developed many ways of coping with uncertainty. We make promises, manage risks and make predictions to try to clear the mists and predict ahead. But the future is inherently uncertain - and the mist that shrouds our path an inherent part of our journey. The burning question is whether our societies can face up to uncertainty, learn to embrace it and whether we can open up to a constantly evolving future. In this new book, Helga Nowotny shows how research can thrive at the cusp of uncertainty. Science, she argues, can eventually transform uncertainty into certainty, but into certainty which remains always provisional. Uncertainty is never completely static. It is constantly evolving. It encompasses geological time scales and, at the level of human experience, split-second changes as cells divide. Life and death decisions are taken in the blink of the eye, while human interactions with the natural environment may reveal their impact over millennia. Uncertainty is cunning. It appears at unexpected moments, it shuns the straight line, takes the oblique route and sometimes the unexpected short-cut. As we acknowledge the cunning of uncertainty, its threats retreat. We accept that any scientific inquiry must produce results that are provisional and uncertain. This message is vital for politicians and policy-makers: do not be tempted by small, short-term, controllable gains to the exclusion of uncertain, high-gain opportunities. Wide-ranging in its use of examples and enriched by the author s experience as President of the European Research Council, one of the world s leading funding organisations for fundamental research. The Cunning of Uncertainty is a must-read for students and scholars of all disciplines, politicians, policy-makers and anyone concerned with the fundamental role of knowledge and science in our societies today.