The Wiley Handbook on the Cognitive
Neuroscience of Addiction PDF
The Wiley Handbook on the Cognitive Neuroscience of Addiction PDF book is divided into six sections that span the breadth of the cognitive neuro-
science of addiction. The first two parts review research on the connections between basic neurocognitive processes and the development, maintenance, and treatment of drug addiction: Part I focuses on learning, cognitive control, and working memory, while Part II focuses on reward, motivation, and decision making. Part III covers the
application of cognitive neuroscience to the study of drug cue reactivity (responses to stimuli associated with drug use) and to the experience and regulation of drug craving (an intense desire to use drugs). Part IV reviews cognitive neuroscience research that sheds light on the bidirectional influences between neurodevelopment and drug addiction, including aspects of neuromaturation that are associated with a heightened risk for addictive behavior and how drug use alters the developing brain. Part V focuses on inventive ways in which theory and methods from cognitive neuroscience have contributed to the treatment of addiction through the evaluation of existing nterventions and through the development of technologically innovative therapeutic
The Wiley Handbook on the Cognitive Neuroscience of Addiction PDF, Part VI reviews cutting‐edge emerging themes and new directions that will shape the future of cognitive neuroscience addiction research; these include novel intersections between addiction neuroscience and other research domains (genetics and behavioral economics) and state‐of‐the‐science methods for analyzing and applying data obtained from the brains of individuals who are addicted to drugs.
Collectively, the contributions in this volume highlight the many significant ways in which cognitive neuroscience has served as a valuable counterpart to alternative approaches (e.g., behavioral science methods) to studying drug addiction. A fundamental goal of cognitive neuroscience as a field is to characterize the information‐processing mechanisms that underlie thought and behavior (particularly how these mechanisms are instantiated in the brain). In keeping with this aim, one theme evident across the chapters is that cognitive neuroscience has proven to be particularly useful for providing mechanistic insights into the development, manifestation, and
treatment of addiction. As a group, the chapters also highlight a fortunate side effect associated with the application of cognitive neuroscience theories and methods to the study of addiction: learning about the neurocognitive mechanisms associated with addictive processes and phenomena has led to important advances in the understanding of the non‐addicted brain.
he Wiley Handbook on the Cognitive Neuroscience of Addiction PDF is perhaps most exciting, the work reviewed in this volume makes it clear that the mutually beneficial integration of cognitive neuroscience and addiction science will continue to bear fruit in the years to come.