Are humans effective thinkers? How do we decide what is right? Can we avoid being duped by fake news? Thinking and Reasoning is the study of how humans think; exploring rationality, decision making and judgment within all contexts of life. With contemporary case studies and reflective questions to develop your understanding of key dilemmas, this book covers the fundamentals of the science behind thinking, reasoning, and decision-making, making it essential reading for any student of Thinking and Reasoning. From heuristic biases to the cognitive science of religion, and from artificial intelligence to conspiracy theories, Wastell & Howarth's text clearly and comprehensibly introduces you to the core theories of thinking, leaving no stone unturned, before showing you how to apply theory to practice. 'The unique selling point of the book is the inclusion of current topics and recent developments, a very good structure and it approaches the field from a very wide angle.'

In this volume, originally published in 1970, an attempt is made to examine the more logical aspects of thinking, such as the ability to abstract and the manner in which concepts develop. The author describes the features that had long been regarded as central to thinking by experimental and theoretical psychologists of the time and he places more emphasis on the part played by language in cognitive activity. In the second part the author points out how such basic features of thinking as concept and hypothesis formation, inference making and the use of ordinary English are essentially things that can be carried out by a computer. His use of theories and his methods of modelling the human brain and the way it works comprise an intriguing and highly sophisticated attempt to provide an appropriate framework in which problems of thinking can be studied. Professor George was the author of several books, the best known of which at the time were The Brain as a Computer and Cybernetics and Biology. His writings covered many aspects of psychology, philosophy and logic, as well as cybernetics. At the time of original publication he was Professor of Cybernetics at Brunel University and Chairman of the Bureau of Information Science.

First published in 1980. Routledge is an imprint of Taylor & Francis, an informa company.

There is a growing acknowledgement of the importance of integrating the study of reasoning with other areas of cognitive psychology. The purpose of this volume is to examine the extent to which we can further our understanding of reasoning by integrating findings, theories and paradigms in the field of memory. Reasoning as Memory consists of nine chapters that make explicit links between basic memory process, and reasoning and decision-making. The contributors address a number of key topics including: the relationship between semantic memory and reasoning the role of expert memory in reasoning recognition memory and induction working memory and reasoning metamemory in reasoning. In addition, the chapters provide broad coverage of the field of thinking, and invite the intriguing question of how much there is left to explain in the field of reasoning when one has extracted the variance due to memory. This book will be of great interest to advanced undergraduates, postgraduates and researchers interested in reasoning or decision making, and to researchers interested in the role played in cognition by a variety of memory processes.

First published in English in 1969, the book opens with a chapter by Pierre Oleron on intellectual activities. These fall into three groups: inductive activities (the apprehension of laws, relations and concepts), reasoning and problem solving. It describes typical methods and essential results obtained by relevant experiments.

There are two chapters by Jean Piaget and his collaborator Barbel Inhelder. The first, on mental images, breaks new ground: it describes original experiments carried out by Piaget and associates with children of various ages. Piaget examines the relations between images and motor activity, imitation, drawing and operations. He also classifies images according to their degree of complexity and show why children have inadequate images of some processes. The second chapter is on intellectual operations and Piaget gives a summary of the main findings of a number of his earlier books, on the child s notions of conservation, classification, seriation, number, measurement, time, speed and chance.

In the last chapter, Pierre Greco discusses learning and intellectual structures. He describes the work of psychologists with rats in mazes and formulating theories of animal learning. Gestalt psychology and various other interpretations are examined and Greco also pays attention to Piaget s view of structural learning based on experience."

Merit-based tests and contests have become popular methods for allocating rewards - from trophies to contracts, jobs to grants, admissions to licenses. With origins in jurisprudence, methods of rewarding merit seem fairer than those rewarding political or social connections, bribery, aggression, status, or wealth. Because of this, merit-based competitions are well-suited to the societal belief that people should be rewarded for what they know or do, and not for who they know or are; however, judging merit is rarely an easy task - it is prone to a variety of biases and errors. Small biases and errors, especially in large competitions, can make large differences in who or what is rewarded. It is important, then, to learn how to spot flaws in procedures for judging merit and to correct them when possible. Based on over 20 years of theory and research in human judgment, decision making and social psychology, this unique book brings together for the first time what is known about the processes and problems of judging merit and their consequences. It also provides practical suggestions for increasing the fairness of merit-based competitions, and examines the future and limits of these competitions in society.

This book provides a critical overview of significant developments in research and theory on counterfactual thinking that have emerged in recent years and spotlights exciting new directions for future research in this area. Key issues considered include the relations between counterfactual and casual reasoning, the functional bases of counterfactual thinking, the role of counterfactual thinking in the experience of emotion and the importance of counterfactual thinking in the context of crime and justice.

Logical thinking is a critically important cognitive skill. It is not just essential for mathematical and scientific understanding, it is also of prime importance when trying to navigate our complex and increasingly sophisticated world. Written by world class researchers in the field, The Developmental Psychology of Reasoning and Decision-Making describes the ways that children learn to reason, and how reasoning can be used to overcome the influence of beliefs and intuitions. The chapters in this edited collection focus on the new, revolutionary paradigm in reasoning and cover the recent research on the development of reasoning in two important areas: Cognitive abilities required to reason well and how these abilities develop in children and adolescents. Recent empirical data showing the effect intuition and prior belief have on reasoning, even when the outcome is inappropriate. Different theoretical and empirical perspectives from recent Piagetian theory, mental models and gist processing are examined, along with empirical results looking at specific aspects of reasoning in children. The key theme of the book is to better understand how reasoning develops not only through examining 'logical' reasoning, but also the nature of the interactions between people's intuitions and their reasoning abilities. The Developmental Psychology of Reasoning and Decision-Making provides an overview of the main theories and key empirical results related to the development of reasoning and should be of particular interest to students and researchers in developmental psychology and education, along with those in cognitive psychology.

Reasoning research has long been associated with paper and pencil tasks in which peoples' reasoning skills are judged against established normative conventions. However, there has been a recent revolution in the range of techniques, empirical methods and paradigms used to examine reasoning behaviour. New Approaches in Reasoning Research brings to the fore these new pioneering research methods and empirical findings. Each chapter is written by a world-leading expert in the field and covers a variety of broad empirical techniques and new approaches to reasoning research. Maintaining a high level of integrity and rigor throughout, Editors De Neys and Osman have allowed the experts included here the space to think big about the general issues concerning their work, to point out potential implications and speculate on further developments. Such freedom can only help to stimulate discussion and spark creative thinking. The use of these new methods and paradigms are already generating a new understanding of how we reason, as such this book should appeal to researchers and students of Cognitive Psychology, Social Psychology, and Neuroscience along with Cognitive Scientists, and anyone interested in the latest developments in reasoning, rationality, bias, and thinking.

Reasoning research has long been associated with paper and pencil tasks in which peoples' reasoning skills are judged against established normative conventions. However, there has been a recent revolution in the range of techniques, empirical methods and paradigms used to examine reasoning behaviour. New Approaches in Reasoning Research brings to the fore these new pioneering research methods and empirical findings. Each chapter is written by a world-leading expert in the field and covers a variety of broad empirical techniques and new approaches to reasoning research. Maintaining a high level of integrity and rigor throughout, Editors De Neys and Osman have allowed the experts included here the space to think big about the general issues concerning their work, to point out potential implications and speculate on further developments. Such freedom can only help to stimulate discussion and spark creative thinking. The use of these new methods and paradigms are already generating a new understanding of how we reason, as such this book should appeal to researchers and students of Cognitive Psychology, Social Psychology, and Neuroscience along with Cognitive Scientists, and anyone interested in the latest developments in reasoning, rationality, bias, and thinking.

In the World Library of Psychologists series, international experts themselves present career-long collections of what they judge to be their finest pieces - extracts from books, key articles, salient research findings, and their major theoretical and practical contributions. Jonathan St B T Evans is amongst the foremost cognitive psychologists of his generation, having been influential in spearheading developments in the psychological study of reasoning from its very beginnings in the 1970s up to the present day. This volume of self-selected papers recognises Professor Evan's major contribution to the psychological study of thinking and reasoning by bringing together his most influential and important works. Early selections in the book focus upon experimental studies of reasoning - matching bias in the Wason selection task, belief bias in syllogistic reasoning, and also seminal work on the understanding of conditional statements. The later selections include Evans' work on more general forms of dual process and dual system theory, and his recent account of two minds in one brain. The volume also contains chapters which highlight Evans' contribution to the topic of human rationality, and also his influence on the development of the "new paradigm" in the psychology of reasoning. The key developments in the psychology of reasoning are paralleled by those in Evans's own intellectual history, and the book will therefore make essential reading for all researchers in the psychology of reasoning, and a wider audience of graduate and upper-level undergraduate students with an interest in reasoning and/or dual process theory.

Valencia and Suzuki?s Intelligence Testing and Minority Students gives the reader a truly fresh opportunity to relearn and reconsider the nature of IQ and its strengths and limitations. Reading this book gives the psychometrician and the practitioner a good sense of what to do in the short run, and argues persuasively about what needs to be done on a priority basis. If testing and education are ever to serve the needs of all Americans, responding fairly and validly the growing diversity of this nation?s citizens.

Intelligence Testing and Minority Students: Foundations, Performance Factors, and Assessment Issues is a psychometric tour de force.

The interaction between emotion and cognition is a fundamental issue which has only recently been reintroduced as a legitimate object of study in experimental psychology. This book examines the significant impact that affective processes have on reasoning, and demonstrates how emotional reasoning cannot simply be equated with faulty reasoning. Emotion and Reasoning presents contributions from leading researchers from a variety of disciplines, including experimental cognitive psychology, cognitive neuroscience, clinical neuropsychology, and experimental psychopathology. The opening chapters consider how emotions affect reasoning processes in individuals living with psychopathology. A second section focuses upon experimental investigations of emotion and basic reasoning processes, and a final section explores the physiological bases of emotion-reasoning interaction. Together, the chapters in this volume provide a multidisciplinary overview of key topics on emotion and reasoning, and a survey of recent research in this area. Emotion and Reasoning will be of great interest to advanced students, researchers, and practitioners in the fields of cognitive psychology, clinical psychology, and affective neuroscience.

Logical thinking is a critically important cognitive skill. It is not just essential for mathematical and scientific understanding, it is also of prime importance when trying to navigate our complex and increasingly sophisticated world. Written by world class researchers in the field, The Developmental Psychology of Reasoning and Decision-Making describes the ways that children learn to reason, and how reasoning can be used to overcome the influence of beliefs and intuitions. The chapters in this edited collection focus on the new, revolutionary paradigm in reasoning and cover the recent research on the development of reasoning in two important areas: Cognitive abilities required to reason well and how these abilities develop in children and adolescents. Recent empirical data showing the effect intuition and prior belief have on reasoning, even when the outcome is inappropriate. Different theoretical and empirical perspectives from recent Piagetian theory, mental models and gist processing are examined, along with empirical results looking at specific aspects of reasoning in children. The key theme of the book is to better understand how reasoning develops not only through examining 'logical' reasoning, but also the nature of the interactions between people's intuitions and their reasoning abilities. The Developmental Psychology of Reasoning and Decision-Making provides an overview of the main theories and key empirical results related to the development of reasoning and should be of particular interest to students and researchers in developmental psychology and education, along with those in cognitive psychology.

A Tested, Proven Approach to Problem Solving-Updated with New Material and Current, Real-Life Examples Strategies for Creative Problem Solving, Third Edition, will help you hone your creative skills and apply those skills to solve nearly any problem. Drawing on National Science Foundation-funded, advanced research that studied problem-solving techniques in all areas of modern industry, this book presents a comprehensive, systematic problem-solving framework. Through hands-on techniques and exercises drawing on realistic examples, you will learn how to approach an ill-defined problem, identify the real problem, generate and implement the best solution, evaluate what you've learned, and build on that knowledge. This third edition has been updated and revised, further enhancing its value for engineers, technical practitioners, students, and anyone who wants to improve their problem-solving skills. Updates include More than twenty-five new examples-based on recent, real-world events and topics-that illustrate the various problem-solving techniques Expanded coverage of critical thinking and reasoning An introduction to structured critical reasoning New discussion of managing complex change Expanded and improved explanations of the components of problem-solving strategies The first edition of this book earned ASEE's 1996 Meriam-Wiley Distinguished Author Award, and now it's more focused and useful than ever. Companion Web Site The book's companion Web site (www.engin.umich.edu/scps) is a valuable resource for students and instructors. The site contains Interactive Computer Modules: Seven simulations linked to the book's content and designed to deepen your expertise with every stage of the problem-solving process Summary Notes: Chapter-specific material that highlights important points in each chapter-excellent for classroom presentations and concept review Professional Reference Shelf: Additional examples and problem-solving materials Additional Study Materials: Course syllabi and Web links to related material

First published in 1999. This is Volume III of twenty-one of a series on Cognitive Psychology. Written in 1926, this book looks at what common sense is, how we might arrive at an idea or discovery by inspiration, or at a judgment or decision by intuition; when in either case we have no knowledge as to how the result is suddenly attained.

This handbook provides contributions by some of the world-leading experts in the field on recent phenomena and trends in transnational terrorism. Based on the methodological approach of a trend-and-key factor analysis of transnational terrorism and processed on the virtual platform "Foresight Strategy Cockpit" (FSC), the volume seeks to examine what potential future variants of transnational terrorism may evolve. Focusing on the latest structural developments in the sphere of politically or religiously motivated violence, the handbook considers the tactical, strategic, and not least the systemic dimension of terrorism. Divided into seven thematic sections, the handbook’s contributions cover a wide range of issues, dealing among others with strategic and hybrid terrorism, the systemic dimension of extremist violence, prevalent actors, counter-narratives, the crime terror-nexus, the role of digitalization and the spiral dynamic between Islamist and right-wing terrorism. The expert contributions provide a condensed overview of current developments, structural linkages and important academic debates centering around transnational salafi-jihadi terrorism, but also right-wing terrorism and counter-terrorism. A key objective of the work is to make the effects of prevention/preemption, (de-) radicalization and (non-) intervention both transparent and assessable. As such, it contributes well-founded strategies, feasible solutions and options for policy-makers and counter-terrorism experts. This volume will be of great interest to students of terrorism and counter-terrorism, political violence and security studies.

It's time for a story of human evolution that goes beyond describing "ape-men" and talks about what women and children were doing. In a few decades, a torrent of new evidence and ideas about human evolution has allowed scientists to piece together a more detailed understanding of what went on thousands and even millions of years ago. We now know much more about the problems our ancestors faced, the solutions they found, and the trade-offs they made. The drama of their experiences led to the humans we are today: an animal that relies on a complex culture. We are a species that can - and does - rapidly evolve cultural solutions as we face new problems, but the intricacies of our cultures mean that this often creates new challenges. Our species' unique capacity for culture began to evolve millions of years ago, but it only really took off in the last few hundred thousand years. This capacity allowed our ancestors to survive and raise their difficult children during times of extreme climate chaos. Understanding how this has evolved can help us understand the cultural change and diversity that we experience today. Lesley Newson and Peter Richerson, a husband-and-wife team based at the University of California, Davis, began their careers with training in biology. The two have spent years - together and individually - researching and collaborating with scholars from a wide range of disciplines to produce a deep history of humankind. In A Story of Us, they present this rich narrative and explain how the evolution of our genes relates to the evolution of our cultures. Newson and Richerson take readers through seven stages of human evolution, beginning seven million years ago with the apes that were the ancestors of humans and today's chimps and bonobos. The story ends in the present day and offers a glimpse into the future.

In recent years, newspaper articles, television specials, and other media events have focused on the numerous hard decisions faced by today's youth, often pointing to teen pregnancy, drug use, and delinquency as evidence of faulty judgment. Over the past 10 years, many groups - including parents, educators, policymakers, and researchers - have become concerned about the decision-making abilities of children and adolescents, asking why they make risky choices, how they can be taught to be better decision makers, and what types of age-related changes occur in decision making. This book serves as a starting point for those interested in considering new ways of thinking about the development of these issues. The purpose is to bring together the voices of several authors who are conducting cutting-edge research and developing new theoretical perspectives related to the development of judgment and decision making. The Development of Judgment and Decision Making in Children and Adolescents is divided into three parts: Part I presents three distinctive developmental models that offer different explanations of "what develops" and the relative importance of different cognitive components and experiential components that may be important for developing judgment and decision making skills. Part II emphasizes the emotional, cultural, and social aspects of decision making--three topics that have been influential in the adult literature on judgment and decision making but are just beginning to be explored in the developmental area. Part III provides three examples of research that applies developmental and decision making models to practical research questions. This book is intended for the professional market or for graduate courses on decision making or cognitive or social development.

Healing the Reason-Emotion Split draws on research from experimental psychology and neuroscience to dispel the myth that reason should be heralded above emotion. Arguing that reason and emotion mutually benefit our decision-making abilities, the book explores the idea that understanding this relationship could have long-term advantages for our management of society's biggest problems. Levine reviews how reason and emotion operated in historical movements such as the Enlightenment, Romanticism and 1960s' counterculture, to conclude that a successful society would restore human connection and foster compassion in economics and politics by equally utilizing reason and emotion. Integrating discussion on classic and contemporary neurological studies and using allegory, the book lays out the potential for societal change through compassion, and would be of interest to psychologists concerned with social implications of their fields, philosophy students, social activists, and religious leaders.

Drawing upon research originally cited in Ken Manktelow's highly successful publication Reasoning and Thinking, this completely rewritten textbook reflects on the revolutionary changes that have occurred in the field in recent years, stemming from the huge expansion in research output, as well as new methods and explanations, and the appearance of numerous books on the subject aimed at the popular market. The area of psychological research reviewed in this book is one that is not only increasing in popularity in college curricula, but is also making an ever larger impact on the world outside the classroom. The main areas covered are probability judgment, deductive and inductive reasoning, decision making, hypothetical thinking and rationality. In each case, the material is almost entirely new, with topics such as the new paradigm in reasoning research, causal reasoning and counterfactual thinking appearing for the first time. The book also presents an extended treatment of decision making research, and contains a chapter on individual and cultural influences on thinking. Thinking and Reasoning provides a detailed, integrated and approachable treatment of this area of cognitive psychology, and is ideal reading for intermediate and advanced undergraduate students; indeed, for anyone interested in how we draw conclusions and make choices.

This volume is a state-of-the-art survey of the psychology of reasoning, based around, and in tribute to, one of the field's most eminent figures: Jonathan St B.T. Evans. In this collection of cutting edge research, Evans' collaborators and colleagues review a wide range of important and developing areas of inquiry. These include biases in thinking, probabilistic and causal reasoning, people's use of if' sentences in arguments, the dual-process theory of thought, and the nature of human rationality. These foundational issues are examined from various angles and finally integrated in a concluding panoramic chapter written by Evans himself. The eighteen chapters, all written by leading international researchers, combine state-of the-art research with investigation into the most fundamental questions surrounding human mental life, such as: * What is the architecture of the human mind? * Are humans rational, and what is the nature of this rationality? * How do we think hypothetically? The Science of Reason offers a unique combination of breadth, depth and integrative vision, making it an indispensable resource for researchers and students of human reason.

Within an increasingly multimedia focused society, the use of external representations in learning, teaching and communication has increased dramatically. Whether in the classroom, university or workplace, there is a growing requirement to use and interpret a large variety of external representational forms and tools for knowledge acquisition, problem solving, and to communicate with others.

Use of Representations in Reasoning and Problem Solving brings together contributions from some of the world s leading researchers in educational and instructional psychology, instructional design, and mathematics and science education to document the role which external representations play in our understanding, learning and communication. Traditional research has focused on the distinction between verbal and non-verbal representations, and the way they are processed, encoded and stored by different cognitive systems. The contributions here challenge these research findings and address the ambiguity about how these two cognitive systems interact, arguing that the classical distinction between textual and pictorial representations has become less prominent. The contributions in this book explore:

• how we can theorise the relationship between processing internal and external representations
• what perceptual and cognitive restraints can affect the use of external representations
• how individual differences affect the use of external representations
• how we can combine external representations to maximise their impact
• how we can adapt representational tools for individual differences.

Using empirical research findings to take a fresh look at the processes which take place when learning via external representations, this book is essential reading for all those undertaking postgraduate study and research in the fields of educational and instructional psychology, instructional design and mathematics and science education.

This book provides an in-depth analysis of UK-US intelligence cooperation in the post-9/11 world.

Seeking to connect an analysis of intelligence liaison with the wider realm of Anglo-American Relations, the book draws on a wide range of interviews and consultations with key actors in both countries. The book is centred around two critical and empirical case studies, focusing on the interactions on the key issues of counterterrorism and weapons of mass destruction (WMD) counter-proliferation. These case studies provide substantive insights into a range of interactions such as 9/11, the 7/7 London bombings, the A.Q. Khan nuclear network, the prelude to the 2003 Iraq War, extraordinary rendition and special forces deployments. Drawing on over 60 interviews conducted in the UK and US with prominent decision-makers and practitioners, these issues are examined in the contemporary historical context, with the main focus being on the years 2000-05.

This book will be of much interest to students of intelligence studies, foreign policy, security studies and International Relations in general.

Adam Svendsen has a Phd in International History from the University of Warwick. He has been a Visiting Scholar at the Center for Peace and Security Studies, Georgetown University, and has contributed to the International Security Programme at Chatham House and to the work of IISS, London.

This book introduces a new methodology for the analysis of test results. Free from ambiguous interpretations, the results truly demonstrate an individual s progress. The methodology is ideal for highlighting patterns derived from test scores used in evaluating progress. Dr. Tatsuoka introduces readers to the Rule Space Method (RSM), a technique that transforms unobservable knowledge and skill variables into observable and measurable attributes. RSM converts item response patterns into attribute mastery probabilities. RSM is the only up-to-date methodology that can handle large scale assessment for tests such as the SAT and PSAT. PSAT used the results from this methodology to create cognitively diagnostic scoring reports. In this capacity, RSM helps teachers understand what scores mean by helping them ascertain an individual s cognitive strengths and weaknesses. For example, two students may have the exact same score, but for different reasons. One student might excel at processing grammatically complex texts but miss the main idea of the prose, while another excels at understanding the global message. Such knowledge helps teachers customize a student s education to his or her cognitive abilities. RSM is also used for medical diagnoses, genetics research, and to help classify music into various states of emotions for treating mental problems.

The book opens with an overview of cognitive assessment research and nonparametric and parametric person-fit statistics. The Q-matrix theory is then introduced followed by the Rule Space method. Various properties of attribute mastery probabilities are then introduced along with the reliability theory of attributes and its connection to classical and item response theory. The book concludes with a discussion of how the construct validity of a test can be clarified with the Rule Space method.

Intended for researchers and graduate students in quantitative, educational, and cognitive psychology, this book also appeals to those in computer science, neuroscience, medicine, and mathematics. The book is appropriate for advanced courses on cognometrics, latent class structures, and advanced psychometrics as well as statistical pattern recognition and classification courses taught in statistics and/or math departments.