Jordan Grafman – författare

The Neural Basis of Religious Cognition brings together leading researchers from psychology, neuroscience, and religious studies to identify the neural circuits underlying various aspects of religious behavior and cognition. This book presents cutting‑edge research in the cognitive neuroscience of religion, demonstrating how brain research techniques can illuminate the puzzles and complexities of religious experience.

Understanding the neural foundations of religious cognition holds both historical significance and contemporary relevance for human understanding, potentially revealing insights into uniquely human aspects of social brain functioning. Through in‑depth explorations of diverse topics, including prayer, psychedelic experiences, and the impact of neurodegenerative disorders on religious cognition, this book provides extensive coverage of this emerging interdisciplinary field. The research presented offers valuable knowledge about how the brain processes religious thoughts, emotions, and behaviors, contributing to broader understanding of human consciousness and spirituality.

This book provides in-depth explorations of various topics within the cognitive neuroscience of religion, including prayer, psychedelics, and the impact of neurodegenerative disorders, making it a must-read for all researchers of the psychology of religion.

The Neural Basis of Religious Cognition brings together leading researchers from psychology, neuroscience, and religious studies to identify the neural circuits underlying various aspects of religious behavior and cognition. This book presents cutting‑edge research in the cognitive neuroscience of religion, demonstrating how brain research techniques can illuminate the puzzles and complexities of religious experience.

Understanding the neural foundations of religious cognition holds both historical significance and contemporary relevance for human understanding, potentially revealing insights into uniquely human aspects of social brain functioning. Through in‑depth explorations of diverse topics, including prayer, psychedelic experiences, and the impact of neurodegenerative disorders on religious cognition, this book provides extensive coverage of this emerging interdisciplinary field. The research presented offers valuable knowledge about how the brain processes religious thoughts, emotions, and behaviors, contributing to broader understanding of human consciousness and spirituality.

This book provides in-depth explorations of various topics within the cognitive neuroscience of religion, including prayer, psychedelics, and the impact of neurodegenerative disorders, making it a must-read for all researchers of the psychology of religion.

Is the everyday understanding of belief susceptible to scientific investigation? Belief is one of the most commonly used, yet unexplained terms in neuroscience. Beliefs can be seen as forms of mental representations and one of the building blocks of our conscious thoughts.

This book provides an interdisciplinary overview of what we currently know about the neural basis of human belief systems, and how different belief systems are implemented in the human brain. The chapters in this volume explain how the neural correlates of beliefs mediate a range of explicit and implicit behaviours ranging from moral decision making, to the practice of religion. Drawing inferences from philosophy, psychology, psychiatry, religion, and cognitive neuroscience, the book has important implications for understanding how different belief systems are implemented in the human brain, and outlines the directions which research on the cognitive neuroscience of beliefs should take in the future.

The Neural Basis of Human Belief Systems will be of great interest to researchers in the fields of psychology, philosophy, psychiatry, and cognitive neuroscience.

Is the everyday understanding of belief susceptible to scientific investigation? Belief is one of the most commonly used, yet unexplained terms in neuroscience. Beliefs can be seen as forms of mental representations and one of the building blocks of our conscious thoughts.

This book provides an interdisciplinary overview of what we currently know about the neural basis of human belief systems, and how different belief systems are implemented in the human brain. The chapters in this volume explain how the neural correlates of beliefs mediate a range of explicit and implicit behaviours ranging from moral decision making, to the practice of religion. Drawing inferences from philosophy, psychology, psychiatry, religion, and cognitive neuroscience, the book has important implications for understanding how different belief systems are implemented in the human brain, and outlines the directions which research on the cognitive neuroscience of beliefs should take in the future.

The Neural Basis of Human Belief Systems will be of great interest to researchers in the fields of psychology, philosophy, psychiatry, and cognitive neuroscience.

This volume is based on a conference held to examine what is known about cognitive behaviors and brain structure and function in three syndromes and to evaluate the usefulness of such models. The goal of this endeavor is to add to the knowledge base of cognitive neuroscience within a developmental framework. Most of what is known about the neurological basis of cognitive function in humans has been learned from studies of central nervous system trauma or disease in adults. Certain neurodevelopmental disorders affect the central nervous system in unique ways by producing specific as opposed to generalized cognitive deficit. Studies of these disorders using neurobiological and behavioral techniques can yield new insights into the localization of cognitive function and the developmental course of atypical cognitive profiles. The focus of this book is a discussion of the multidisciplinary research findings from studies of autism, and Williams and Turner syndromes. The approaches, methods, techniques, and findings reported are at the cutting edge of neuroscience research on complex behavior patterns and their neural substrates. Each disorder is accompanied by some degree of general cognitive impairment or mental retardation. Of greater interest are the atypical deficits in which a cognitive function is spared, such as language in Williams syndrome, or is disproportionately depressed as are spatial discrimination skills and visual-motor coordination in Turner syndrome. Drastically reduced or seemingly absent language capabilities and little interaction with other people characterize the core autism syndrome. A comprehensive and critical discussion of appropriate statistical techniques is made vivid by examples given from studies of small groups or single subjects in neurolinguistics and related fields.

This volume is based on a conference held to examine what is known about cognitive behaviors and brain structure and function in three syndromes and to evaluate the usefulness of such models. The goal of this endeavor is to add to the knowledge base of cognitive neuroscience within a developmental framework. Most of what is known about the neurological basis of cognitive function in humans has been learned from studies of central nervous system trauma or disease in adults. Certain neurodevelopmental disorders affect the central nervous system in unique ways by producing specific as opposed to generalized cognitive deficit. Studies of these disorders using neurobiological and behavioral techniques can yield new insights into the localization of cognitive function and the developmental course of atypical cognitive profiles. The focus of this book is a discussion of the multidisciplinary research findings from studies of autism, and Williams and Turner syndromes. The approaches, methods, techniques, and findings reported are at the cutting edge of neuroscience research on complex behavior patterns and their neural substrates. Each disorder is accompanied by some degree of general cognitive impairment or mental retardation. Of greater interest are the atypical deficits in which a cognitive function is spared, such as language in Williams syndrome, or is disproportionately depressed as are spatial discrimination skills and visual-motor coordination in Turner syndrome. Drastically reduced or seemingly absent language capabilities and little interaction with other people characterize the core autism syndrome. A comprehensive and critical discussion of appropriate statistical techniques is made vivid by examples given from studies of small groups or single subjects in neurolinguistics and related fields.