The classic approach to science is dominated by the belief that science is a form of cognitive activity that focuses on constructing theories to describe and explain the phenomena and processes found in the world. Due to the fulfilment of the criteria of intersubjective communicability and controllability, theories are considered to be objective products of research activity that do not bear social responsibility for their applications. In this paper, the issue of social responsibility of (...) science is addressed both from the classic perspective and from the non-classic viewpoint represented by laboratory sciences, i.e. those sciences that are predominantly concerned with creating phenomena rather than discovering them. It is argued that whereas in the former case the problem of social responsibility of science does not provoke serious controversy, in the latter case such controversies do exist and, furthermore, they are justified. (shrink)

Science communication has traditionally been seen as a means of crossing the boundary of science: moving scientific knowledge into the public. This paper presents an alternative understanding. Drawing upon a particular case of social science communication in the form of an interactive installation about the social responsibility of science, it develops the concept of boundary space where phenomena can simultaneously belong to science and nonscience. In addition, the paper describes how the installation (...) functions as a space for interaction between knowledge communication and knowledge production. The paper argues that we should understand science communication as a social practice, which allows scientists and nonscientists to cooperate in performing science as an important part of society. The aim is to add a new kind of analysis to traditional criticisms of deficit-thinking and popularization by asking what can we say more about science communication if we understand it as part of science as a social activity. (shrink)

The social psychology of science is a compelling new area of study whose shape is still emerging. This erudite and innovative book outlines a theoretical and methodological agenda for this new field, and bridges the gap between the individually focused aspects of psychology and the sociological elements of science studies. Presenting a side of social psychology that, until now, has received almost no attention in the social sciences literature, this volume offers the first detailed and (...) comprehensive study of the social psychology of science, complete with a large number of empirical and theoretical examples. The volume's introductory section provides a detailed analysis of how modern social psychology might apply to the study of science. Chapters show how to analyze science in terms of social cognition, attribution theory, attitudes and attitude change, social motivation, social influence and social conformity, and intergroup relations, weaving extensive illustrations from the science studies literature into the theoretical analysis. The nature and role of experimentation are discussed, as are metaanalytic methods for summarizing the results of multiple studies. Ways to facilitate the generalization of causal inferences from experimental work are also examined. The book focuses on such topics as interactions among small groups of scientists, and the impact of social motivation, influence, and conformity on scientific work. Also covered are scientists' responses to ethical issues in research, differences in cognitive style distribution, creativity in research and development, and the sociologists's view of the social psychology of science and technology. In addition, the book provides two annotated bibliographies, one on the philosophy of science and the other on social psychology, to guide readers in both disciplines to salient recent works. Valuable to the entire science studies community, this text will be of special interest to philosophers, sociologists, psychologists, and historians of science interested in the nature of knowledge development in science. Because of its novel application of social psychological theories and methods, this book will be useful as a primary text or a secondary text in courses on science studies in psychology, sociology, or philosophy departments. (shrink)

This article studies the possibility of forming social policy, and in particular policies for social security, through the participation of domestic business. By taking on social responsibility, business can eventually, of own its own accord, offer the state and society its assistance in dealing with social problems. In Kazakhstan, a major part of business people see their responsibility as many-sided, consisting of duties to employees, consumers, business partners, the local community, and the country as (...) a whole. They acknowledge responsibility along three dimensions: financial, ecological, and social. (shrink)

This paper provides a case study of an unique initiative in corporate (SME) social responsibility which is too often overlooked in the academic study of “socialresponsibility of business in society” This case focuses on three specific points, 1) the role of an SME in social responsibility, 2) the role of a non-business trained entrepreneur and 3) the adaptation of social responsibility to a new and different socio-economic culture. This case presents the hypothesis that “a (...) good socially responsible initiative provides an excellent insurance policy for the health of a business venture in a new culture internationally. (shrink)

The purpose of this paper is to analyze the meaning and scope of social responsibility in a state-owned enterprise. Is corporate social responsibility (CSR) a meaningful concept for a state-owned enterprise, as opposed to a privately-owned corporation, given that it is created with social as well as economic aims? To try to answer to this question, the case of Sonatrach, an Algerian oil company, is examined. The lack of statistical data does not allow an assessment (...) of CSR actions undertaken by this company since 2004. The analysis identifies two main obstacles to the effectiveness of CSR in state-owned enterprises: (a) the system of internal governance ischaracterized by a lack of control; (b) the competitive and social environment is characterized by a partial application of the logic of the market, which does not allow the optimal allocation of means. (shrink)

If any nature of science perspective is to be incorporated in science-related curricula, it is hard to imagine a satisfactory didactic toolkit that neglects the social studies of science, the academic field of study of the institutional structures and networks of science. Knowledge production takes place in a world populated by actors, instruments, and ideas, and various epistemic cultures are responsible for providing the concepts, abstractions, and techniques that slowly trickle down the information pathways to (...) become stabilized in university curricula or ossified in high-school science, losing much of the tacit knowledge along the way that enabled the production of knowledge in the first place. The discussion of the sociology of science and the sociology of scientific knowledge is followed by a short overview of recent approaches in science studies and the studies of expertise. (shrink)

The state of development of modern society can be described as a systemic social crisis. The state of crisis as an integral element of social development becomes familiar to the philosophy and ideology of postmodernism, which allows not only a plurality of views, but also a variety of solutions. In any destructive phenomenon caused by the crisis, the crisis itself can become a necessary moment of the dialectical transition to a new, orderly state of the system, a necessary (...) factor and catalyst for modernization processes. Crisis-free state of development of society - a state that hinders its development. However, while recognizing the important role of crises in development, societies should still have mechanisms in place to protect people from their negative impacts, which should reduce their risks of transition and, by anticipating development trends, possibly reduce the transition process itself. Analyzing the tendency of modern society to sustainable development, it is necessary to clarify that the solution of such a problem should actually be carried out by various actors, civil society associations, research institutions, etc. However, the main part of this task depends on the political power, the main functions of which include ensuring stable development and security in society, as well as the management of society as a whole and its economic, spiritual, political and social spheres in particular. At the same time, political power must not just resolve conflicts and ensure order in society, but, most importantly, find a balance between the common good and the changing aspirations of different social groups to pursue their interests. Thus, the task of overcoming the current crisis depends primarily on the responsibility of political power, especially the state. It is the state that must accumulate all resources and coordinate the actions of business, science, religion, etc. for its effective solution. (shrink)

Philosophy of science as a scholarly discipline exists today side by side with other disciplines within an interdisciplinary framework of the history and philosophy of science or science and technology studies. The rationale for this “joint venture” is commonly seen in the division of labor. The history of science focuses on the rise and development of scientific theories in the past; the sociology of science deals with science as a social institution; the psychology (...) of science investigates the mechanisms of creativity and one’s personal impact upon scientific discoveries; and finally, the philosophy of science is responsible for the logical and methodological analysis of the structure and growth of the scientific knowledge, mostly within the context of justification. This allegedly fruitful division of labor presumes an independent existence of social, personal and cognitive domains, and the desired interdisciplinary communication between the correspondent disciplines aims to account for the complementary understanding of science. But in fact no sufficient exchange of meanings takes place for every discipline insists upon its independence and prior significance. Under these conditions, neither a consistent picture of science appears to be possible nor might science policy be construed and justified basing on this disintegrated conglomerate of knowledge. A way out of the situation is as follows: to acknowledge non-independent character of the philosophy of science; to learn more from social philosophy; to revisit the epistemological status of the natural sciences as the only cognitive ideal; to focus on the social and the human sciences in search of a new methodological experience; to cease considering concrete case studies as a new version of the “neutral language of observation”, which gives a “crucial justification” of a theory, and to view new philosophical interpretations a necessary feature of any case study. (shrink)

This book, first published 1931, examines the attitudes surrounding the natural sciences at the time of writing, and contends that an unreflective belief in the power of science, and especially in humanity's capacity to turn such knowledge to noble ends, could lead to catastrophic results for human civilisation. Commenting on the forced industrialisation in Russia, India and China that was proceeding with little regard for human life at the time, the unsustainable inequality generated by modern Western capitalism and many (...) other related issues, the author argues that it is necessary to devote the same energy to the resolution of social problems as to scientific research and development. His thesis, though expounded with reference to concrete situation different from our own, is nonetheless as relevant today as it was when first published. (shrink)

Philosophers of science, particularly those working on science and values, often talk about the need for science to be socially responsible. However, what this means is not clear. In this paper, we review the contributions of philosophers of science to the debate over socially responsible science and explore the dimensions that a fruitful account of socially responsible science should address. Our review shows that offering a comprehensive account is difficult. We contend that broad calls (...) for socially responsible science that fail to attend to relevant dimensions are not the solution, as they preclude meaningful changes to research institutions and practices. We conclude that narrower, more explicit accounts are more likely to lead to substantive transformation. (shrink)

Biological scientists, like scientists in other disciplines, are uncertain about whether or how to use their knowledge and time to provide society with insight and guidance in handling the effects of inventions and discoveries. This article addresses this issue. It presents a typography of structures in which scientists may contribute to social understanding and decisions. It describes the different ways in which these contributions can be made. Finally it develops the ethical arguments that justify the view that biological scientists (...) have social responsibilities. (shrink)

There is a growing concern for the proper role of science within democratic societies, which has led to the development of new science policies for the implementation of social responsibility in research. Although the very expression ‘social responsibility of science’ may be interpreted in different ways, many of these emerging policy frameworks define it, at least in part, as a form of anticipative reflection about the potential impacts of research in society. What remains (...) a rather under-discussed issue is the definition of the bearer of the social responsibility of science. In other words, it is not clear who is supposed to engage in such an anticipative reflection, whether individual researchers or research groups. In the past few years, philosophers of science have begun to use qualitative research methods to fill the gaps between normative models of the organisation of ideal scientific communities and the reality of actual scientific practices. In this article, I follow this approach to discuss the issue of the collective dimension of the social responsibility of science. I rely on a qualitative study conducted on an interdisciplinary research group and I describe how group dynamics position individuals and distribute duties and roles, including social responsibility. Qualitative descriptions of the distribution of duties within actual research groups should inform the formulation of general prescriptive theories on the collective responsibility of science. (shrink)

The present volume elucidates the scope of responsibility in science and technology governance by way of assimilating insights gleaned from sociological theory and STS and by investigating the ways in which responsibility unfolds in social processes. Drawing on these theoretical perspectives, the volume goes on to review a 'heuristic model' of responsibility. Such a model provides a simple, tentative, though no less coherent analytical framework for further examining the idea of responsibility, its transformations, configurations (...) and contradictions. This concise but insightful and intellectually rich book offers a new departure in the growing corpus on responsible research and innovation. Scholars of both sociology and science and technology studies will be informed, and at times captivated, by the depth and clarity of argument provided by the authors and by its implications for the responsible governance of science and technology. Phil Macnaghten, Professor of Technology and International Development, Wageningen University, The Netherlands In this highly recommendable book, the authors make a convincing case for bringing social theory into the evolving discussion about responsibility in the context of science and technology. Their argument is stringently developed into an inspiring and promising heuristic framework for analysing responsibility. The book is a model of clarity and deserves a broad audience in science and technology studies, social theory, and beyond. Niels Mejlgaard, Centre Director, Danish Centre for Studies in Research and Research Policy, Aarhus University, Denmark Authors Simone Arnaldi is post-doctoral research fellow in sociology at the University of Padua, Italy. Luca Bianchi is adjunct professor of sociology at the University of Trieste, Italy. (shrink)

Scientists have the epistemic responsibility of producing knowledge. They also have the social responsibility of aligning their research with the needs and values of various societal stakeholders. Individual scientists may be left with no guidance on how to prioritise and carry these different responsibilities. As I will argue, however, the responsibilities of science can be harmonised at the collective level. Drawing from debates in moral philosophy, I will propose a theory of the collective responsibilities of (...) class='Hi'>science that accounts for the internal diversity of research groups and for their different responsibilities. (shrink)

In this paper we examine many of the arguments contained in Milton Friedman’s classic essay, in the form of critiques linked with learning objectives forclassroom discussions.

Each of the three papers offers a different model for the role philosophers of science might play in consideration of the relations of science to society. These comments address common themes in the three papers, articulate further questions for each, and suggest some historical shifts that require different forms of philosophical engagement now than in the early part of the century.

Recent anxieties about the deterioration of the global environment have had the effect of intensifying the ambiguity that surrounds the social roles of scientists and engineers. This has happened not merely, as suggested at the outset, because the environmental crisis has made their roles more conspicuous. Nor is it merely because recent disasters have alerted us to new, or hitherto unrecognized, social consequences of using the latest science-based technologies. What also requires recognition is that ideas about the (...) social role of modern science and engineering are embedded in, hence mediated by, larger views of the world. Within such American worldviews, moreover, the status of science and engineering is closely bound up with their perceived effect upon the environment.In the dominant culture, accordingly, the respect given to scientists and engineers is in large measure dependent on their ability to play the central role assigned to them in the historical narrative about progress. As the ostensible heroes of that popular story, they are expected to lead the way in realizing the promise of prosperity and general well-being. The environmental crisis surely has diminished the credibility of that story, thereby causing the social role of science and engineering to seem more dubious — more ambiguous. To be sure, the crisis also may have the effect, for very different reasons, of increasing the power and responsibility of organized science. But the late twentieth-century task of damage control cannot possibly elicit anything like the respect accorded to organized science by the earlier belief in progress.It also is important to recall, finally, that the narrative of progress itself has undergone a disillusioning transformation. The early Enlightenment version of the story depicted scientists and engineers working in the service of a social and political ideal that all people could share. But the later technocratic concept of progress, with its sterile instrumentalist notion of advancing the power of science-based technology as an end in itself, is far less likely to inspire trust. Its patent inadequacies have had the effect of enhancing the appeal, if only by contrast, of the seemingly “anti-science” ideologies of pastoralism and primitivism. All of which might be taken to suggest that if the scientific and engineering professions want to recover some of the respect and status they once had, they would be well advised to join with sympathetic humanists and social scientists in recuperating some of the idealism that the project of modern science formerly derived from its place within the ideology of progress. That might entail the sacrifice of their technocratic posture of neutrality, dissociating themselves from people and institutions responsible for environmental degradation, and their help in formulating a new concept — which is to say, new criteria — of progress to which they might commit themselves. A primary test of any proposed social policy under this new dispensation surely would be whether it would improve, or at a minimum protect, the life-enhancing capacities of the global ecosystem. *** DIRECT SUPPORT *** A8402064 00011 *** DIRECT SUPPORT *** A8402064 00012 *** DIRECT SUPPORT *** A8402064 00013. (shrink)

Global society is facing formidable current and future problems that threaten the prospects for justice and peace, sustainability, and the well-being of humanity both now and in the future. Many of these problems are related to science and technology and to how they function in the world. If the social responsibility of scientists and engineers implies a duty to safeguard or promote a peaceful, just and sustainable world society, then science and engineering education should empower students (...) to fulfil this responsibility. The contributions to this special issue present European examples of teaching social responsibility to students in science and engineering, and provide examples and discussion of how this teaching can be promoted, and of obstacles that are encountered. Speaking generally, education aimed at preparing future scientists and engineers for social responsibility is presently very limited and seemingly insufficient in view of the enormous ethical and social problems that are associated with current science and technology. Although many social, political and professional organisations have expressed the need for the provision of teaching for social responsibility, important and persistent barriers stand in the way of its sustained development. What is needed are both bottom-up teaching initiatives from individuals or groups of academic teachers, and top-down support to secure appropriate embedding in the university. Often the latter is lacking or inadequate. Educational policies at the national or international level, such as the Bologna agreements in Europe, can be an opportunity for introducing teaching for social responsibility. However, frequently no or only limited positive effect of such policies can be discerned. Existing accreditation and evaluation mechanisms do not guarantee appropriate attention to teaching for social responsibility, because, in their current form, they provide no guarantee that the curricula pay sufficient attention to teaching goals that are desirable for society as a whole. (shrink)

Article 14 of the UNESCO Declaration on Bioethics and Human Rights sets forth a few basic principles regarding social responsibility for health. It states in part that 14.1 The promotion of health and social development for their people is a central purpose of governments that all sectors of society share. 14.2 Taking into account that the enjoyment of the highest attainable standard of health is one of the fundamental rights of every human being without distinction of race, (...) religion, political belief, economic or social condition, progress in science and technology should advance: access to quality health care and essential medicines, especially for the health of women and... (shrink)

The main message of Philosophy of Science after Feminism is twofold: that philosophy of science needs to locate science within its wider societal context, ceasing to analyze science as if it existed in a social/political/economic vacuum; and correlatively, that philosophy of science needs to aim for an understanding of scientific rationality that is appropriate to that context, a scientific rationality that integrates the ethical with the epistemic. The ideal of socially responsible science that (...) the book puts forward, in fact, maintains that sound social values as well as sound epistemic values must control every aspect of the scientific research process, from the choice of research questions to the communication and application of results. And it is this that raises troubling questions for Matt Brown, Hugh Lacey, and Libby Potter. In this paper I attempt to answer their questions and make explicit exactly what is in the offing if I succeed. (shrink)

Although the presence of cognitive values in science has been accepted for half a century, until recently it was claimed that the presence of non-cognitive values threatened the rationality and objectivity of science and it was a sign of a scientist’s weakness. This view appeared to be correct when cognitive and non-cognitive values were treated dichotomously, and science was seen as a set of theories and procedures. The analysis of science as a social practice shows (...) however that this dichotomy cannot be maintained and that the scientist, when planning and conducting research, makes assumptions which include value judgments encompassing certain non-cognitive values. Ignoring the presence of non-cognitive values does not secure objectivity and rationality of science. On the contrary, since they are constitutive elements of scientific research, pretending that they do not work in research exposes science to ideologization. Rational subordination of science to them becomes a vehicle and a warrant of not only rationality but also objectivity and social responsibility of science. This in turn allows us to restore the proper place of science in culture. (shrink)

Over the last 140 years, the Tata Group has been a pioneer not only in corporate India, but has been a leader of sorts in the social sphere also. It has contributed substantially to nation building. Among other initiatives for social development and welfare, it has established eminent institutions, such as, the Indian Institute of Science (IISc), the Tata Institute of Fundamental Research (TIFR) and the Tata Institute of Social Sciences (TISS). This article studies the structure (...) of the Tata Group and its main Trusts which facilitate the unique philosophy of the Group that integrates social responsibility and corporate functioning. Over two-thirds of the Tata companies are held by the Trusts, and these Trusts are focussed on social welfare initiatives. This is a unique example in the corporate world deserving a detailed study. This article details some innovative initiatives undertaken by the Tata companies in their respective industries for the society and local community. The study is based on triangulation of data and follows the descriptive research design and the anecdotal style of narration. The data collection has been done by the author through personal interviews with top executives of the Group companies, responses to an Executive Perception Survey on the society and local community, and secondary data gathered through the information available in the public domain. (shrink)

The paper examines the issue of corporate social responsibility against the backdrop of its self-regulatory posture. Using the African experience as a case study, the paper observes that the activities of multinationals show very clearly that they are grossly irresponsible despite their professed self-regulation. Instead, the multinationals have created an image of terror due to their deep-rooted involvements in human rights abuses, environmental degradation, tax evasion, bribery, market manipulation, and other forms of unethical practices, notwithstanding their so-called self-regulation. (...) The paper concludes by advocating the establishment of a broad-based United Nations Global Business Regulatory Agency to fully take charge of corporate regulation in the global business terrain. (shrink)

In this paper we examine many of the arguments contained in Milton Friedman’s classic essay, in the form of critiques linked with learning objectives forclassroom discussions.

Universities contribute to shaping the identity of a nation with their major university social responsibility in addition to their academic purposes and corporate strategies. In Saudi Arabia with Vision 2030, universities are facing a transformation in adapting to the societal changes and implementing a socially responsible management, considering the satisfaction of their most important stakeholders and the quality of services offered to them. This study aims to explore how USR fulfills the societal changes in Saudi Arabia from the (...) perspective of university students in addition to inspecting USR’s relationships with the students’ satisfaction and the quality of services offered to them. A self-report study was conducted with 350 undergraduate students in the Faculty of Social Sciences in a Social Work program at a University in the Western region of Saudi Arabia. An inside–outside map of USR was applied to investigate the relationships among USR’s aspects. The study results demonstrated a moderate level of agreement by students toward the university’s fulfillment of its USR, quality of services offered to them, and their satisfaction. In contrast, the results of a regression analysis revealed that all USR aspects could explain only 13% of the students’ satisfaction. Legal responsibilities, among all USR aspects, exhibited the highest influence on students’ satisfaction. Gender differences existed in favor of female students’ perceptions toward the university’s fulfillment of its USR. The I–O map provided interesting insights to interpret the correlations among all USR aspects under the influence of societal changes that have occurred under Saudi Vision 2030. (shrink)

This paper tests a model of corporate social responsiveness capabilities in an industry setting. It seeks to understand whether corporate social responsiveness can be a source of competitive advantage for a given company in an industry where participants face similar constraints and issues.

This paper is a commentary on the discussion document by M. Joseph Sirgy which attempts to develop a marketing educator code of ethics. The authors center their discussion around the concepts of "Social responsibilities in relation to certain publics" and "Social responsibilities in relation to certain actions", as presented in the Sirgy paper, "Certain Publics" issues and "Certain Actions" issues are both examined in light of each of the stakeholder groups, as well as in terms of several ethical (...) theories. Finally, the proposed Academy of Marketing Science marketing educator code of ethics is compared to the ethics codes of other marketing organizations. (shrink)

The development of the various themes of Catholic Social Teaching is based on numerous papal documents and ecclesiastical statements. While this paper provides a summary of a number of these documents, this paper focuses on two themes: the common good and care of the environment, and on three documents authored by Pope John Paul II in 1990, by Pope Benedict XVI in 2010, and by Pope Francis in 2015. By analyzing these documents from an engineer’s perspective, the author proposes (...) a model for Socially Responsible Engineering. The proposed model is intended to serve as a guide for engineering students and practicing engineers of all faith traditions and to those with no faith tradition at all who wish to incorporate CST in the daily conduct of their personal and professional lives; to provide guidance for the professional the author terms the aspiring Socially Responsible Engineer; and to offer engineers a preferred alternative to the undesirable aspects of the technocratic paradigm. While intended primarily for engineers, this document also serves as a guide for those with expertise in social justice and who, by gaining a better understanding of the thought processes of engineers, can become better mentors for engineering students and practicing engineers seeking to incorporate CST into their daily lives. (shrink)

The need to make young scientists aware of their social responsibilities is widely acknowledged, although the question of how to actually do it has so far gained limited attention. A 2-day workshop entitled “Prepared for social responsibility?” attended by doctoral students from multiple disciplines in climate science, was targeted at the perceived needs of the participants and employed a format that took them through three stages of ethics education: sensitization, information and empowerment. The workshop aimed at (...) preparing doctoral students to manage ethical dilemmas that emerge when climate science meets the public sphere (e.g., to identify and balance legitimate perspectives on particular types of geo-engineering), and is an example of how to include social responsibility in doctoral education. The paper describes the workshop from the three different perspectives of the authors: the course teacher, the head of the graduate school, and a graduate student. The elements that contributed to the success of the workshop, and thus make it an example to follow, are (1) the involvement of participating students, (2) the introduction of external expertise and role models in climate science, and (3) a workshop design that focused on ethical analyses of examples from the climate sciences. (shrink)

This work describes the perceptions that Industrial Engineering students have regarding Colombian firms’ corporate social responsibility (CSR) practices. It also explores the incidence of gender, academic level, work experience and entrepreneurial intention on students’ vision. A survey with 70 CSR practices was designed based on previous research. Practices were grouped in ten dimensions: shareholders, customers, employees, suppliers, stakeholders, ethics, environment, legal, human rights and society. A representative sample of 142 students was used. Results show that students perceive a (...) higher commitment of Colombian companies with the shareholders dimension, while a lower with the society, ethics and environmental CSR practices. Work experience and entrepreneurial intention are the only variables affecting the identified perceptions. Thus, as they gain experience, their perceptions become more favorable. On the other hand, potential entrepreneurs have a more critical view on the companies’ commitment. Additionally, the fact that the academic level does not impact students’ perceptions constitutes a challenge for the academic program, since it is expected that this will affect the vision of future engineers. This is the first study that evaluates perceptions of Industrial Engineering students, who, given their object of study, will be responsible for designing and managing production processes in organizations of the future. Results respond to a specific context (students at a Colombian public university), therefore further research to explore the subject is recommended. (shrink)

This paper discusses the critical necessity of teaching students about the social and ethical responsibilities of scientists. Both a university scientist and a middle school science teacher reflect on the value of teaching the ethical issues that confront scientists. In the development of the atomic bomb in the US-led Manhattan Project, scientists faced the growing threat of atomic bombs by the Germans and Japanese and the ethical issues involved in successfully completing such a destructive weapon. The Manhattan Project (...) is a prime example of the types of ethical dilemmas and social responsibilities that scientists may confront. (shrink)

Vietnam, with a geographical proximity and a high volume of trade with China, was the first country to record an outbreak of the new Coronavirus disease (COVID-19), caused by the Severe Acute Respiratory Syndrome Coronavirus 2 or SARS-CoV-2. While the country was expected to have a high risk of transmission, as of April 4, 2020—in comparison to attempts to contain the disease around the world—responses from Vietnam are being seen as prompt and effective in protecting the interests of its citizens, (...) with 239 confirmed cases and no fatalities. This study analyzes the situation in terms of Vietnam’s policy response, social media and science journalism. A self-made web crawl engine was used to scan and collect official media news related to COVID-19 between the beginning of January and April 4, yielding a comprehensive dataset of 14,952 news items. The findings shed light on how Vietnam—despite being under-resourced—has demonstrated political readiness to combat the emerging pandemic since the earliest days. Timely communication on any developments of the outbreak from the government and the media, combined with up-to-date research on the new virus by the Vietnamese science community, have altogether provided reliable sources of information. By emphasizing the need for immediate and genuine cooperation between government, civil society and private individuals, the case study offers valuable lessons for other nations concerning not only the concurrent fight against the COVID-19 pandemic but also the overall responses to a public health crisis. (shrink)

Through a large number of data analysis, this paper analyzes the different influences of COVID-19 on the traditional art and the new media art in China. China’s industries of new media art have made a rapid development during the pandemic. The industrial growth of the new media art has enabled them to play an important role in safeguarding employments, and to assume greater social responsibility in fighting the epidemic. With the help of internet technology, new media art can (...) quickly adjust to the broadcast plan, timely send excellent artistic content to the audience who stay at home through the network, and help them vent their fear and soothe their wounded hearts in face of the pandemic. (shrink)

In recent years society has come to expect more from the “socially-responsible” company and the global HIV/AIDS pandemic in particular has resulted in some critics saying that the “Big Pharma” companies have not been living up to their social responsibilities. Corporate social responsibility can be understood as the socio-economic product of the organizational division of labor in complex modern society. Global poverty and poor health conditions are in the main the responsibilities of the world’s national governments and (...) international governmental organizations, which possess society’s mandate and appropriate organizational capabilities. Private enterprises have neither the societal mandate nor the organizational capabilities to feed the poor or provide health care to the sick intheir home countries or in the developing world. Nevertheless, private enterprises do have responsibilities to society that can be categorized as what they must do, what they ought do, and what they can do. (shrink)

Frederick Soddy , one of the foremost radiochemists of his day, was awarded the 1921 Nobel Prize in chemistry. Soddy was also among the first of the scientific leaders of his age, along with Blackett , Bernal , and others, to become interested in the social implications of their work. In 1950 his colleague Paneth wrote that currently ‘there is widespread discussion on the responsibility towards the community of men of science and particularly experts in radioactivity; but (...) a perusal of Prof. Soddy's non-chemical writings of no less than thirty years ago [viz., during and after the first world war] shows how strongly he felt the duty to fight for a better order of things'. Soddy was a complex iconoclast often derided for dealing with what seemed to be disparate interests. What, it could be asked, could monetary reform possibly have to do with radiochemistry? But to make sense of Soddy, the question must rather be formulated in the other direction: What fundamental concern did Soddy have that enabled him to embrace holistically a variety of seemingly diverse activities? The answer can be given in a word: energy. And the way in which Soddy dealt with this issue involved him directly with social economics as well as with the social responsibility of scientists. (shrink)

The purpose of this paper is to introduce corporate social responsibility case, a micro-finance program, conducted at Mindanao, Philippines, by a local Filipinocompany. The paper is a description of the Islamic micro-finance program and challenges in the area affected by conflicts.

This volume encompasses deeply critical dialogues that question how the field of psychology exists within and is shaped by the current neoliberal political context. Spanning from psychoanalysis to post-colonial theory, these far-reaching discussions consider how a greater ethical responsiveness to human experience and sociopolitical arrangements may reopen the borders of psychological discourse. With the understanding that psychology grows in the soil of neoliberal terrain and is a chief fertilizer for neoliberal expansion, the interviews in this book explore alternative possibilities for (...) this field of study might function. By offering their own unique responses regarding the current condition of their respective disciplines, these scholars critically consider the current conceptual frameworks that set the theoretical boundaries of psychology, and contemplate the ethical responsibilities currently affecting the field. This book will prove essential for scholars and students across several disciplines including psychology, philosophy, ethics, and post-colonial and socio-cultural studies, as well as practicing mental health professionals with an interest in the importance of psychological and social theory. (shrink)

Philosophy of Science After Feminism is an important contribution to philosophy of science, in that it argues for the central relevance of advances from previous work in feminist philosophy of science and articulates a new vision for philosophy of science going in to the future. Kourany’s vision of philosophy of science’s future as “socially engaged and socially responsible” and addressing questions of the social responsibility of science itself has much to recommend it. (...) I focus the book articulation of an ethical-epistemic ideal for science, the Ideal of Socially Responsible Science, compare it to recent work in the same vein by Heather Douglas, and argue for some advantages of Kourany’s approach. I then ask some critical question about the view, particularly with respect to the source of values that are to be integrated into science and the status of values that are to be so integrated. I argue that Kourany is too sanguine about where the values that inquirers will use come from and that these values seem to be accorded too fixed a status in her account. (shrink)

Studies of science are increasingly drawing attention to the highly communal nature of research. Ethics, sociology, philosophy, and anthropology of science all emphasize the key role that collaborative actions play in the generation of scientific knowledge. Nonetheless, despite the increasing interest in these communal aspects of scientific research, studies on the relationships underpinning communality are commonly focused on the how the individual interacts with their peers and contributes to the epistemic activities of science. In contrast, there is (...) little literature that broadens out the scope of this analysis to consider the multidimensional nature of these research relationships. In particular, little is said about how scientists mediate their social interactions with peers during daily laboratory research. Less, indeed, is said about the tradition of ‘learning through example’ that characterizes most in situ laboratory training. All of these relational activities are of critical importance in sustaining and perpetuating the practice of science. It therefore becomes important to ask how we understand these relational activities directed towards building and sustaining relationships in different loci for the primary purpose of strengthening the practice of research and sustaining the traditions of scientific research. Moreover, it is vital to consider how discussions on responsibility may be cached out for individual scientists. This article employs a virtue ethics approach to consider these issues. It begins by sketching out the plethora of different relationships present in daily laboratory practice using existing ethnographic studies. It then uses virtue ethics to identify specific responsibilities that individual scientists have in cultivating and safeguarding the development of these relationships. It concludes by suggesting ways in which these issues may be taken up in teaching responsible conduct to scientists. (shrink)

Today a failure of the physical sciences accompanies a failure of the social sciences; and the failure of both consists in part in this: in the lack of a fully-developed and implemented sense of social responsibility. Both have denied guilt for their shortcomings in this respect: advancing rationalizations to the effect that social reform is not the task of science; that objectivity suffers if such motivations are allowed to become involved; and that science makes (...) its most valuable contributions to social welfare rather by maintaining a strict laboratory manner of impartiality. Implied often, as well, is the conclusion that not science itself but the misuse of science; not the patience and care of science itself but the impatience and carelessness of non-scientists is responsible for the miscarriage of its contributions. (shrink)