Since the beginning of the 20th Century, phenomenology has developed a distinction between lived body (Leib) and physical body (Koerper), a distinction well known as body-subject vs. body-object (Hanna and Thompson 2007). The lived body is the body experienced from within - my own direct experience of my body lived in the first-person perspective, myself as a spatiotemporal embodied agent in the world. The physical body on the other hand, is the body thematically investigated from a third person perspective by natural sciences as anatomy and physiology. An active topic affecting the understanding of several psychopathological disorders is the relatively unknown dynamic existing between aspects related to the body-object (that comprises the neurobiological substrate of the disease) and the body-subject (the experiences reported by patients) (Nelson and Sass 2017). A clue testifying the need to better explore this dynamic in the psychopathological context is the marked gap that still exists between patients’ clinical reports (generally entailing disturbing experiences) and etiopathogenetic theories and therapeutic practices, that are mainly postulated at a bodily/brain level of description and analysis. The phenomenological exploration typically targets descriptions of persons’ lived experience. For instance, patients suffering from schizophrenia may describe their thoughts as alien (‘‘thoughts are intruding into my head’’) and the world surrounding them as fragmented (‘‘the world is a series of snapshots’’) (Stanghellini et al., 2015). The result is a rich and detailed collection of the patients’ qualitative self-descriptions (Stanghellini and Rossi, 2014), that reveal fundamental changes in the structure of experiencing and can be captured by using specific assessment tools (Parnas et al. 2005; Sass et al. 2017; Stanghellini et al., 2014). The practice of considering the objective and the subjective levels of analysis as separated in the research studies design has many unintended consequences. Primarily, it has the effect of limiting actionable neuroscientific progress within clinical practice. This holds true both in terms of availability of evidence-based treatments for the disorders, as well as for early diagnosis purposes. In response to this need, this collection of articles aims to promote an interdisciplinary endeavor to better connect the bodily, objective level of analysis with its experiential corollary. This is accomplished by focusing on the convergence between (neuro) physiological evidence and the phenomenological manifestations of anomalous bodily experiences present in different disorders.

This book explores the relationship between vision and learning and the role of optometrists in the assessment and management of learning related vision problems. It discusses normal child development, the learning process, learning disabilities, the relationship between vision and learning, and models for managing vision problems affecting learning. It is also of interest to health care practitioners involved in the evaluation and treatment of children and adults with learning difficulties. Instructor resources are available; please contact your Elsevier sales representative for details. Presents an organized, easy-to-follow approach to the diagnosis and treatment of learning-related vision problems.Each chapter contains key terms and chapter review questions making it more appealing to the student and instructor.Includes appendices containing sample reports, sample questionnaires, sample letters, a bibliography, and case histories showing the reader how to use the material from the book in practice.Well respected authors and contributors provide authoritative coverage of the topic. Expanded information on the use of colored lenses and reading.New chapter on reading disorders that covers how children learn to read, teaching methods, optometric assessment, and management of dyslexia.Chapters have been updated with new computer software options, including computer aided vision therapy, perceptual home therapy system, and temporal visual processing program.Updated testing battery, including new tests, visual processing speed, and optometric use of IQ screening tests such as K-BIT.Expanded coverage of psycho education evaluation includes substantial updates with new test instruments, such as WISC.Substantial revisions based on literature review for last 10 years.New and updated illustrations.

In Creativity and the Brain, Kenneth Heilman explores the possible brain mechanisms which underlie creativity, by reviewing the existing evidence and putting forward new ideas. On the way, he discusses the relationships between creativity and intelligence, brain anatomy, neuropharmacology, addiction, handedness, sex differences, and mood states such as depression. He also addresses the effects of neurological disorders and aging, as well as the influence of environmental factors such as tolerance and nurturing. The book will be of interest to neuroscientists, psychologists, psychiatrists, neurologists and educators The engaging and succinct style of this book also make it appealing to students, and researchers from a variety of disciplines who have an interest in understanding the brain mechanisms underlying creativity.

Theory of mind, or "mindreading" as it is termed in this book, is the ability to think about beliefs, desires, knowledge and intentions. It has been studied extensively by developmental and comparative psychologists and more recently by neuroscientists and cognitive psychologists. This book is the first to draw together these diverse findings in an account of the cognitive basis of "theory of mind", and establishes the systematic study of these abilities in adults as a new field of enquiry. Apperly focuses on perceptions, knowledge and beliefs as paradigm cases of mindreading, and uses this as a basis from which more general lessons can be drawn. The book argues that an account of the cognitive basis of mindreading is necessary for making sense of findings from neuroscience and developmental and comparative psychology, as well as for understanding how mindreading fits more broadly into the cognitive system. It questions standard philosophical accounts of mindreading, and suggests a move away from the notion that it consists simply of having a "theory of mind". This unique study into the cognitive basis of mindreading will be ideal reading for academics and advanced students from the diverse disciplines that have studied theory of mind in particular, and social cognition more generally.

The Routledge International Handbook of Thinking and Reasoning is an authoritative reference work providing a balanced overview of current scholarship spanning the full breadth of the rapidly developing and expanding field of thinking and reasoning. It contains 35 chapters written by leading international researchers, covering foundational issues as well as state-of-the-art developments in thinking and reasoning research. Topics covered range across all sub-areas of thinking and reasoning, including deduction, induction, abduction, judgment, decision making, argumentation, problem solving, expertise, creativity and rationality. The contributors engage with cutting-edge debates such as the status of dual-process theories of thinking, the role of unconscious, intuitive, emotional and metacognitive processes in thinking, and the importance of probabilistic conceptualisations of thinking and reasoning. Authors also examine the importance of neuroscientific findings in informing theoretical developments, and explore the situated nature of thinking and reasoning across a range of real-world contexts such as mathematics, medicine and science. The Handbook provides a clear sense of the way in which contemporary ideas are challenging traditional viewpoints as "new paradigm of the psychology of reasoning" emerges. This paradigm-shifting research is paving the way toward a richer and more inclusive understanding of thinking and reasoning, where important new questions drive a forward-looking research agenda. It is essential reading for both established researchers in the field of thinking and reasoning as well as advanced students wishing to learn more about both the historical foundations and latest developments in this rapidly growing field.