Human affective science has advanced rapidly over the past decades, emerging as a central topic in the study of the mind. This handbook provides a comprehensive and authoritative road map to the field, encompassing the most important topics and methods. It covers key issues related to basic processes including perception of, and memory for, different types of emotional information, as well as how these are influenced by individual, social and cultural factors. Methods such as functional neuroimaging are also covered. Evidence from clinical studies of brain disease such as anxiety and mood disorders shed new light on the functioning of emotion in all brains. In covering a dynamic and multifaceted field of study, this book will appeal to students and researchers in neuroscience, psychology, psychiatry, biology, medicine, education, social sciences, and philosophy.
Affective neuroscience seeks to unravel the mechanisms of emotions, their influence on human behavior, and their implication in brain diseases. This book offers an authoritative and comprehensive overview of current knowledge in this field written by world-leading experts.
Recenzijas
'The Cambridge Handbook of Human Affective Neuroscience (2E)brings together the best neuroscientists and psychologists in the field to provide exciting snapshots of progress in understanding brain bases of emotion and decision making.How do encounters withodors, others, music and moralityevoke our emotions? The authors cover these and other topicsranging from major psychological theories of emotion, to cutting-edge techniques, and interactions of emotion with cognition, language and culture. This handbookis invaluable to anyone who wishes to understand emotional brains.' Kent Berridge, James Olds Distinguished University Professor of Psychology and Neuroscience, University of Michigan, USA
Papildus informācija
A comprehensive survey of research on emotions, including behavioral aspects, neural underpinnings and research methods.
Introduction; Part I. Theoretical Models of Emotion:
1. Theories of
emotion for human affective neuroscience David Sander;
2. The emotional
brain: a network perspective and the processing of fear Luiz Pessoa; Part II.
Measuring Emotional Processes: 3. Neuropsychology and lesion models Elisa
Ciaramelli and Giuseppe di Pellegrino; 4. Peripheral physiological measures
of emotion Sylvia D. Kreibig;
5. Functional MRI: principles and applications
in affective neuroscience Jorge Armony, Joana Leitćo and Corrado
Corradi-Dell'Acqua; 6. Mapping the human emotion circuits with positron
emission tomography Lauri Nummenmaa and Jussi Hirvonen; 7. Electro- and
magnetoencephalography Richard T. Ward, Christian Panitz and Andreas Keil;
8. The study of emotion in other animals: a primer for humans Stoyo
Karamihalev and Nadine Gogolla; Part III. Emotion Perception and Elicitation:
9. The perception of facial expressions of emotion Helen Rodger and Roberto
Caldara; 10. Body of knowledge: the emerging science of emotional body
expressions Maya Lecker and Hillel Aviezer; 11. A lifespan perspective of
emotion in voice perception Ana P. Pinheiro and Sonja A. Kotz;
12. Pain in
the brain Jae-Joong Lee and Choong-Wan Woo; 13. Olfaction and emotion
Agnieszka Sabiniewicz, Pengfei Han, Antje Hähner, Yling Mai, Divesh Thaploo,
Martin Witt and Thomas Hummel; 14. Music, emotion, and reward Psyche Loui and
Jinyu Wang; 15. Language and emotion concepts in the predictive brain Natalie
G. Frye and Kristen A. Lindquist; Part IV. Emotional Learning and Memory:
16. Conditioned fear learning Kevin S. LaBar; 17. Reward learning in a social
world Casey M. Nicastri, Jordan M. Siegel, Dominic S. Fareri and Mauricio R.
Delgado; 18. Episodic emotional memory Elizabeth A. Kensinger, Sandry M.
Garcia and R. Gerald Monkman; Part V. CognitionEmotion Interactions:
19. Affective biases in attention, cognitive control, and awareness Judith
Domķnguez-Borrąs, Alexia Bourgeois and Patrik Vuilleumier; 20. How emotional
expressions motivate action Rocco Mennella and Julie Grčzes;
21. From
perception to action: understanding evolution of survival decisions in humans
and other species Dean Mobbs, Ketika Garg and Sarah M. Tashjian; 22. Neural
mechanisms of arbitration between multiple experts in value-based
decision-making Cooper Grossman and John P. O'Doherty; 23. The affective
neuroscience of emotion regulation: insights from two decades of
research Nils Kohn and Carmen Morawetz; Part VI. Social Emotions:
24. Empathy
and compassion Hannah Matthaeus and Tania Singer;
25. Moral emotions Roland
Zahn, Ricardo de Oliveira-Souza and Jorge Moll; 26. Neural evidence for
cultural variation in emotion Elizabeth Blevins and Jeanne Tsai;
27.
Neurodevelopment of emotional processes in adolescent social
contexts Michelle Shipkova, Junqiang Dai, Kristen A. Lindquist and Eva H.
Telzer; Part VII. Individual Differences: 28. Affective neuroscience of
aging: an interplay of organic brain changes and shifting goals Natalie C.
Ebner, Nichole R. Lighthall, and Dalia El-Shafie; 29. The affective
neuroscience of post-traumatic stress disorder Jennifer Strafford
Stevens; 30. Emotion and affective disorders Philippe Fossati, Jean-Yves
Rotgé, Zeynep Yoldas, Willys Cantenys, Alice Guesdon, Hugo Bottemanne and
Liane Schmidt;
31. Preclinical models of emotional dysregulations in
animals Thibault P. Bittar, Joeri Bordes, Céline Nicolas, Gwendolyn G.
Calhoon and Anna Beyeler.
Jorge Armony is Associate Professor in the Department of Psychiatry at McGill University. His research focuses on neurocognitive bases of affective and social processes, including perception, attention, memory and decision-making. He conducts research using behavioral, physiological, computational and neuroimaging approaches. Patrik Vuilleumier is professor of neuroscience at the University of Geneva. He specializes in behavioral neurology, neuropsychology, and neuroimaging with functional MRI and EEG. His work on brain circuits mediating affective processes and their disorders has helped uncover how emotion influences cognitive functions and behavior.
