Sven Ove Hansson – författare

Social and Ethical Aspects of Radiation Risk Management provides a comprehensive treatment of the major ethical and social issues resulting from the use of ionizing radiation. It covers topics such as nuclear fuel cycles, radioactive waste treatment, nuclear bomb testing, nuclear safety management, stakeholder engagement, cleanup after nuclear accidents, ecological risks from radiation, environmental justice, health and safety for radiation workers, radiation dose standards, the ethics of clinical radiology, and the principles of radiation protection and their ethical underpinnings. With authors ranging from philosophers to radiation protection officials and practitioners, the book spans from theoretical to practical implications of this important area of radiation risk assessment and management.

Covers all the major social and ethical issues in relation to radiation protection Information is easily accessible and non-technical Authors include leading radiation protection officials as well as specialists who are more independent of the radiation protection system, thus presenting both authoritative and more critical views Includes theoretical perspectives as well as practical experience

Formal representations of values and norms are employed in several academic disciplines and specialties, such as economics, jurisprudence, decision theory and social choice theory. Sven Ove Hansson closely examines such foundational issues as the values of wholes and the values of their parts, the connections between values and norms, how values can be decision-guiding and the structure of normative codes with formal precision. Models of change in both preferences and norms are offered, as well as a method to base the logic of norms on that of preferences. Hansson has developed a unified formal representation of values and norms that reflects both their static and their dynamic properties. This formalized treatment, carried out in terms of both informal value theory and precise logical detail, will contribute to the clarification of certain issues in the basic philosophical theory of values and norms.

Formal representations of values and norms are employed in several academic disciplines and specialties, such as economics, jurisprudence, decision theory and social choice theory. Sven Ove Hansson closely examines such foundational issues as the values of wholes and the values of their parts, the connections between values and norms, how values can be decision-guiding and the structure of normative codes with formal precision. Models of change in both preferences and norms are offered, as well as a method to base the logic of norms on that of preferences. Hansson has developed a unified formal representation of values and norms that reflects both their static and their dynamic properties. This formalized treatment, carried out in terms of both informal value theory and precise logical detail, will contribute to the clarification of certain issues in the basic philosophical theory of values and norms.

The mid-1980s saw the discovery of logical tools that make it possible to model changes in belief and knowledge in entirely new ways. These logical tools turned out to be applicable to both human beliefs and to the contents of databases. Philosophers, logicians, and computer scientists have contributed to making this interdisciplinary field one of the most exciting in the cognitive sciences, and one that is expanding rapidly. A textbook covering this area, contains both discursive chapters with a minimum of formalism, and formal chapters in which proofs and proof methods are presented. Using different selections from the formal sections, according to the author's advice, allows the book to be used at all levels of university education. A supplementary volume contains solutions to the 210 exercises. The volume's coverage means that it can also be used by specialists in the field of belief dynamics and related areas, such as non-monotonic reasoning and knowledge representation.

The mid-1980s saw the discovery of logical tools that make it possible to model changes in belief and knowledge in entirely new ways. These logical tools turned out to be applicable to both human beliefs and to the contents of databases. Philosophers, logicians, and computer scientists have contributed to making this interdisciplinary field one of the most exciting in the cognitive scientists, and one that is expanding rapidly. This textbook contains both discursive chapters with a minimum of formalism and formal chapters in which proofs and proof methods are presented. Using different selections from the formal sections, according to the author's detailed advice, allows the book to be used at all levels of university education. A supplementary volume contains solutions to the 210 exercises. The volume's comprehensive coverage means that it can also be used by specialists in the field of belief dynamics and related areas, such as non-monotonic reasoning and knowledge representation.

This Element offers a broad perspective on responsibility for health. This includes responsibilities in the prevention of disease and accidents, and in the creation of healthcare for all. The professional responsibilities of physicians and nurses are explored, and so are the responsibilities that we all have for our own health. Many of the central problems in healthcare ethics are discussed from a responsibility perspective, for instance paternalism, informed consent, evidence-based medicine, alternative medicine, and the use of artificial intelligence in healthcare. In order to perform this analysis, conceptual tools for responsibility analysis are provided, such as the distinction between blame responsibility and task responsibility and various notions of causality that are relevant for our understanding of responsibility.

Presents recent breakthroughs in the theory, methods, and applications of safety and risk analysis for safety engineers, risk analysts, and policy makersSafety principles are paramount to addressing structured handling of safety concerns in all technological systems. This handbook captures and discusses the multitude of safety principles in a practical and applicable manner. It is organized by five overarching categories of safety principles: Safety Reserves; Information and Control; Demonstrability; Optimization; and Organizational Principles and Practices. With a focus on the structured treatment of a large number of safety principles relevant to all related fields, each chapter defines the principle in question and discusses its application as well as how it relates to other principles and terms. This treatment includes the history, the underlying theory, and the limitations and criticism of the principle. Several chapters also problematize and critically discuss the very concept of a safety principle. The book treats issues such as: What are safety principles and what roles do they have? What kinds of safety principles are there? When, if ever, should rules and principles be disobeyed? How do safety principles relate to the law; what is the status of principles in different domains? The book also features:• Insights from leading international experts on safety and reliability• Real-world applications and case studies including systems usability, verification and validation, human reliability, and safety barriers• Different taxonomies for how safety principles are categorized• Breakthroughs in safety and risk science that can significantly change, improve, and inform important practical decisions• A structured treatment of safety principles relevant to numerous disciplines and application areas in industry and other sectors of society• Comprehensive and practical coverage of the multitude of safety principles including maintenance optimization, substitution, safety automation, risk communication, precautionary approaches, non-quantitative safety analysis, safety culture, and many othersThe Handbook of Safety Principles is an ideal reference and resource for professionals engaged in risk and safety analysis and research. This book is also appropriate as a graduate and PhD-level textbook for courses in risk and safety analysis, reliability, safety engineering, and risk management offered within mathematics, operations research, and engineering departments.NIKLAS MÖLLER, PhD, is Associate Professor at the Royal Institute of Technology in Sweden. The author of approximately 20 international journal articles, Dr. Möller's research interests include the philosophy of risk, metaethics, philosophy of science, and epistemology.SVEN OVE HANSSON, PhD, is Professor of Philosophy at the Royal Institute of Technology. He has authored over 300 articles in international journals and is a member of the Royal Swedish Academy of Engineering Sciences. Dr. Hansson is also a Topical Editor for the Wiley Encyclopedia of Operations Research and Management Science.JAN-ERIK HOLMBERG, PhD, is Senior Consultant at Risk Pilot AB and Adjunct Professor of Probabilistic Riskand Safety Analysis at the Royal Institute of Technology. Dr. Holmberg received his PhD in Applied Mathematics from Helsinki University of Technology in 1997.CARL ROLLENHAGEN, PhD, is Adjunct Professor of Risk and Safety at the Royal Institute of Technology. Dr. Rollenhagen has performed extensive research in the field of human factors and MTO (Man, Technology, and Organization) with a specific emphasis on safety culture and climate, event investigation methods, and organizational safety assessment.

We live in a world of rapidly growing gaps between rich and poor. In the rich parts of the world, new resource-consuming devices are launched every year. But at the same time, about a fourth of the world’s population does not have access to clean drinking water, and more than half lack safely managed sanitation. What role does technology have in these growing global inequalities? Is technological development the root cause of inequality? Or is the unequal distribution of technology just a mirror of social inequities that have other causes? And can new technologies be instrumental in making the world less unfair?In Technology and Equality, these issues are addressed from a wide range of perspectives by scholars in disciplines such as history, sociology, gender studies, anthropology, economics, law, ethics, and philosophy. Case studies highlight technology-related inequalities for instance in climate mitigation, public transport, access to water, waste management, sanitation, air pollution, healthcare, digital communication, and law enforcement. The more theoretical chapters provide tools and concepts that are helpful for analyzing and understanding the relationships between technology and inequality in other applications and in more general perspectives.

Analyzing the roles technology plays in growing global inequalities, this collection combines theory with case studies to expose causes and correlations, as well as potential solutions. Contributing scholars provide perspectives from history, sociology, gender studies, anthropology, economics, law, ethics, and philosophy.We live in a world of rapidly growing gaps between rich and poor. In the rich parts of the world, new resource-consuming devices are launched every year. But at the same time, about a fourth of the world’s population does not have access to clean drinking water, and more than half lack safely managed sanitation. What role does technology have in these growing global inequalities? Is technological development the root cause of inequality? Or is the unequal distribution of technology just a mirror of social inequities that have other causes? And can new technologies be instrumental in making the world less unfair?In this collection, these issues are addressed from a wide range of perspectives by scholars in disciplines such as history, sociology, gender studies, anthropology, economics, law, ethics, and philosophy. Case studies highlight technology-related inequalities for instance in climate mitigation, public transport, access to water, waste management, sanitation, air pollution, healthcare, digital communication, and law enforcement. The more theoretical chapters provide tools and concepts that are helpful for analyzing and understanding the relationships between technology and inequality in other applications and in more general perspectives.

Our daily lives are affected by new technologies at an ever increasing rate. It is becoming more and more important to assess future technologies from an ethical point of view, and to do this before they are introduced on a massive scale. Such assessments require systematic use of many different kinds of knowledge. In this important new book, an international team of leading experts in the field provides the first comprehensive treatment of the methods available for ethical assessments of technologies and their social introduction. The book explores how information from empirical research can be used in ethical analyses of technology and includes chapters showing how ethical analysis can shed light on topics such as privacy, risk, sustainability, dual use, gender issues, justice, international technology transfer, and the responsibility of engineers. It provides an invaluable resource for students in the philosophy and ethics of technology, science and technology studies, applied ethics, bioethics, business ethics and the ethics of computing.

Our daily lives are affected by new technologies at an ever increasing rate. It is becoming more and more important to assess future technologies from an ethical point of view, and to do this before they are introduced on a massive scale. Such assessments require systematic use of many different kinds of knowledge. In this important new book, an international team of leading experts in the field provides the first comprehensive treatment of the methods available for ethical assessments of technologies and their social introduction. The book explores how information from empirical research can be used in ethical analyses of technology and includes chapters showing how ethical analysis can shed light on topics such as privacy, risk, sustainability, dual use, gender issues, justice, international technology transfer, and the responsibility of engineers. It provides an invaluable resource for students in the philosophy and ethics of technology, science and technology studies, applied ethics, bioethics, business ethics and the ethics of computing.

Coverage includes the use of mathematics in ancient as well as modern technology, devices and machines for computation, cryptology, mathematics in technological education, the epistemology of computer-mediated proofs, and the relationship between technological and mathematical computability.

This Undergraduate Textbook introduces key methods and examines the major areas of philosophy in which formal methods play pivotal roles.

This open access handbook provides a comprehensive treatment of Vision Zero, an innovative policy on public road safety developed in Sweden.

​Thisbook describes argumentative tools and strategies that can be used to guidepolicy decisions under conditions of great uncertainty. Contributing authorsexplore methods from philosophical analysis and in particular argumentationanalysis, showing how it can be used to systematize discussions about policyissues involving great uncertainty.The first part of the work exploreshow to deal in a systematic way with decision-making when there may be pluralperspectives on the decision problem, along with unknown consequences of whatwe do. Readers will see how argumentation tools can be used for prioritizingamong uncertain dangers, for determining how decisions should be framed, forchoosing a suitable time frame for a decision, and for systematically choosingamong different decision options. Case studies are presented in thesecond part of the book, showing argumentation in practice in the areas ofclimate geoengineering, water governance, synthetic biology, nuclear waste,andfinancial markets. In one example, argumentation analysis is applied toproposals to solve the climate problem with various technological manipulationsof the natural climate system, such as massive dispersion of reflectiveaerosols into the stratosphere. Even after a thorough investigation of such aproposal, doubt remains as to whether all the potential risks have beenidentified. In such discussions, conventional risk analysis does not have muchto contribute since it presupposes that the risks have been identified, whereasthe argumentative approach to uncertainty management can be used to systematizediscussions.

This book provides a critical examination of how the choice of what to believe is represented in the standard model of belief change. In particular the use of possible worlds and infinite remainders as objects of choice is critically examined.Descriptors are introduced as a versatile tool for expressing the success conditions of belief change, addressing both local and global descriptor revision. The book presents dynamic descriptors such as Ramsey descriptors that convey how an agent’s beliefs tend to be changed in response to different inputs. It also explores sentential revision and demonstrates how local and global operations of revision by a sentence can be derived as a special case of descriptor revision. Lastly, the book examines revocation, a generalization of contraction in which a specified sentence is removed in a process that may possibly also involve the addition of some new information to the belief set.

This book explains how the logic of theory change employs formal models in the investigation of changes in belief states and databases. The topics covered include equivalent characterizations of AGM operations, extended representations of the belief states, change operators not included in the original framework, iterated change, applications of the model, its connections with other formal frameworks, and criticism of the model.

This Undergraduate Textbook introduces key methods and examines the major areas of philosophy in which formal methods play pivotal roles.

​Thisbook describes argumentative tools and strategies that can be used to guidepolicy decisions under conditions of great uncertainty. Contributing authorsexplore methods from philosophical analysis and in particular argumentationanalysis, showing how it can be used to systematize discussions about policyissues involving great uncertainty.The first part of the work exploreshow to deal in a systematic way with decision-making when there may be pluralperspectives on the decision problem, along with unknown consequences of whatwe do. Readers will see how argumentation tools can be used for prioritizingamong uncertain dangers, for determining how decisions should be framed, forchoosing a suitable time frame for a decision, and for systematically choosingamong different decision options. Case studies are presented in thesecond part of the book, showing argumentation in practice in the areas ofclimate geoengineering, water governance, synthetic biology, nuclear waste,andfinancial markets. In one example, argumentation analysis is applied toproposals to solve the climate problem with various technological manipulationsof the natural climate system, such as massive dispersion of reflectiveaerosols into the stratosphere. Even after a thorough investigation of such aproposal, doubt remains as to whether all the potential risks have beenidentified. In such discussions, conventional risk analysis does not have muchto contribute since it presupposes that the risks have been identified, whereasthe argumentative approach to uncertainty management can be used to systematizediscussions.

This book provides a critical examination of how the choice of what to believe is represented in the standard model of belief change. It also explores sentential revision and demonstrates how local and global operations of revision by a sentence can be derived as a special case of descriptor revision.

Coverage includes the use of mathematics in ancient as well as modern technology, devices and machines for computation, cryptology, mathematics in technological education, the epistemology of computer-mediated proofs, and the relationship between technological and mathematical computability.

Changing preferencesis a phenomenonoften invoked but rarely properlyaccounted for. Throughout the history of the social sciences, researchers have come against the possibility that their subjects’ preferenceswere affected by the phenomenato be explainedor by otherfactorsnot taken into accountin the explanation.Sporadically, attempts have been made to systematically investigate these in uences, but none of these seems to have had a lasting impact. Today we are still not much further with respect to preference change than we were at the middle of the last century. This anthology hopes to provide a new impulse for research into this important subject. In particular, we have chosen two routes to amplify this impulse. First, we stress the use of modellingtechniquesfamiliar from economicsand decision theory. Instead of constructing complex, all-encompassing theories of preference change, the authors of this volume start with very simple, formal accounts of some possible and hopefully plausible mechanism of preference change. Eventually, these models may nd their way into larger, empirically adequate theories, but at this stage, we think that the most importantwork lies in building structure.Secondly,we stress the importance of interdisciplinary exchange. Only by drawing together experts from different elds can the complex empirical and theoretical issues in the modelling of preference change be adequately investigated.

The mid-1980s saw the discovery of logical tools that make it possible to model changes in belief and knowledge in entirely new ways. These logical tools turned out to be applicable to both human beliefs and to the contents of databases. Philosophers, logicians, and computer scientists have contributed to making this interdisciplinary field one of the most exciting in the cognitive scientists - and one that is expanding rapidly. This, the first textbook in the new area, contains both discursive chapters with a minimum of formalism and formal chapters in which proofs and proof methods are presented. Using different selections from the formal sections, according to the author's detailed advice, allows the book to be used at all levels of university education. A supplementary volume contains solutions to the 210 exercises. The volume's unique, comprehensive coverage means that it can also be used by specialists in the field of belief dynamics and related areas, such as non-monotonic reasoning and knowledge representation.

Changing preferencesis a phenomenonoften invoked but rarely properlyaccounted for. Throughout the history of the social sciences, researchers have come against the possibility that their subjects’ preferenceswere affected by the phenomenato be explainedor by otherfactorsnot taken into accountin the explanation.Sporadically, attempts have been made to systematically investigate these in uences, but none of these seems to have had a lasting impact. Today we are still not much further with respect to preference change than we were at the middle of the last century. This anthology hopes to provide a new impulse for research into this important subject. In particular, we have chosen two routes to amplify this impulse. First, we stress the use of modellingtechniquesfamiliar from economicsand decision theory. Instead of constructing complex, all-encompassing theories of preference change, the authors of this volume start with very simple, formal accounts of some possible and hopefully plausible mechanism of preference change. Eventually, these models may nd their way into larger, empirically adequate theories, but at this stage, we think that the most importantwork lies in building structure.Secondly,we stress the importance of interdisciplinary exchange. Only by drawing together experts from different elds can the complex empirical and theoretical issues in the modelling of preference change be adequately investigated.

This book is a distinctive fusion of philosophy and technology, delineating the normative landscape that informs today’s technologies and tomorrow’s inventions. The authors examine what we deem to be the internal norms that govern our ever-expanding technical universe. Recognizing that developments in technology and engineering literally create our human future, transforming existing knowledge into tomorrow’s tools and infrastructure, they chart the normative criteria we use to evaluate novel technological artifacts: how, for example, do we judge a ‘good’ from a ‘bad’ expert system or nuclear power plant? As well as these ‘functional’ norms, and the norms that guide technological knowledge and reasoning, the book examines commonly agreed benchmarks in safety and risk reduction, which play a pivotal role in engineering practice.Informed by the core insight that, in technology and engineering, factual knowledge relating, for example, to the properties of materials or the load-bearing characteristics of differing construction designs is not enough, this analysis follows the often unseen foundations upon which technologies rest—the norms that guide the creative forces shaping the technical landscape to come. The book, a comprehensive survey of these emerging topics in the philosophy of technology, clarifies the role these norms (epistemological, functional, and risk-assessing) play in technological innovation, and the consequences they have for our understanding of technological knowledge.

The volume analyses and develops David Makinson’s efforts to make classical logic useful outside its most obvious application areas. The book contains chapters that analyse, appraise, or reshape Makinson’s work and chapters that develop themes emerging from his contributions. These are grouped into major areas to which Makinsons has made highly influential contributions and the volume in its entirety is divided into four sections, each devoted to a particular area of logic: belief change, uncertain reasoning, normative systems and the resources of classical logic.Among the contributions included in the volume, one chapter focuses on the “inferential preferential method”, i.e. the combined use of classical logic and mechanisms of preference and choice and provides examples from Makinson’s work in non-monotonic and defeasible reasoning and belief revision. One chapter offers a short autobiography by Makinson which details his discovery of modern logic, his travels across continents and reveals his intellectual encounters and inspirations. The chapter also contains an unusually explicit statement on his views on the (limited but important) role of logic in philosophy.

This book is a distinctive fusion of philosophy and technology, delineating the normative landscape that informs today’s technologies and tomorrow’s inventions. The authors examine what we deem to be the internal norms that govern our ever-expanding technical universe. Recognizing that developments in technology and engineering literally create our human future, transforming existing knowledge into tomorrow’s tools and infrastructure, they chart the normative criteria we use to evaluate novel technological artifacts: how, for example, do we judge a ‘good’ from a ‘bad’ expert system or nuclear power plant? As well as these ‘functional’ norms, and the norms that guide technological knowledge and reasoning, the book examines commonly agreed benchmarks in safety and risk reduction, which play a pivotal role in engineering practice.Informed by the core insight that, in technology and engineering, factual knowledge relating, for example, to the properties of materials or the load-bearing characteristics of differing construction designs is not enough, this analysis follows the often unseen foundations upon which technologies rest—the norms that guide the creative forces shaping the technical landscape to come. The book, a comprehensive survey of these emerging topics in the philosophy of technology, clarifies the role these norms (epistemological, functional, and risk-assessing) play in technological innovation, and the consequences they have for our understanding of technological knowledge.

The Role of Technology in Science: Philosophical Perspectives