This cutting-edge volume shows how brain imaging methods, such as fMRI and electroencephalography (EEG), can help us increase our knowledge of the organisation of human memory, how our memory representations are stored, consolidated and retrieved, and how access to memory contents is controlled.

Autorentext
Frank Rösler received his Dr. phil in 1976 and the grade of a Dr. phil. habil. in 1982 both from Christian-Albrechts-University Kiel (Germany). He held academic positions at the Christian-Albrechts-University Kiel (1973-1986); the University of Hamburg (1983, 1985) and at Philipps-University Marburg (from1986 until the present). He spent short and long-term research visits in the US, in Australia and in the Netherlands. His research was awarded with the university prize of Christian-Albrechts University Kiel (1977), the Wilhelm-Wundt Medal of the German Psychological Society (DGPs, 2000) and the Max-Planck-Prize for international cooperation (2002). Frank Rösler is full member of Berlin-Brandenburg Academy of Sciences (BBAW) and of the German Academy of Sciences Leopoldina. His research interests focus on experimental psychology and cognitive neuroscience, in particular on studies of memory, executive functions, language, and neuronal plasticity employing EEG-ERP and fMRI measures. Brigitte Röder received her Dr. rer nat (equiv. to a Ph.D.) in 1996 from the Philipps-University of Marburg (Germany). As a postdoc she visited the Department of Psychology and Neuroscience (H.J. Neville), University of Oregon, Eugene (U.S.) from 1995 to 1997. Brigitte Röderwas the head of a junior research group from 1999 to 2003. Since 2003 Brigitte Röder has been a full professor for Biological Psychology and Neuropsychology at the University of Hamburg. For her scientific achievements she received awards of the German Society of Psychology, the Academy of Sciences (Goettingen) and European Society for Psychophysiology. Since 2007 Brigitte Röder has been a full member of the Academy of Science in Hamburg. Her main research interests are multisensory processing and neuroplasticity as a consequence of learning and sensory deprivation. Methods include behavioral and electrophysiological measures as well as functional magnetic resonance imaging (fMRI). Rainer H. Kluwe studied Psychology at the Universities of Erlangen and Trier; 1971 Diploma in Psychology; 1975 Dr. phil. University of Trier; 1981 Dr. phil. habil. Ludwig-Maximilian-University of Munich; Academic positions from 1972 until 1980 at the University of Kiel and the Ludwig-Maximilian University of Munich; since 1981 Professor of Psychology at the Helmut Schmidt University Hamburg; 1987 head of the Institute for Cognitive Research. 1978 - 1979 Research fellow Department of Psychology, Stanford University, CA., USA, funded by Foundation VW; Oct-Dec 1989 Visiting Professor Department of Experimental Psychology; Oxford University, UK and Visiting Fellow Wolfson College. Research interests: metacognition, working memory; 2002-2008 Priority program on executive control together with B. Hommel (Leiden) and I. Daum (Bochum) funded by the German Research Society.

Klappentext

In the past 2 years, neuroimaging has provided us with a wealth of data regarding human memory. However, to what extent can neuroimaging constrain, support or falsify psychological theories of memory? To what degree is research on the biological bases of memory actually guided by psychological theory? In looking at the close interaction between neuroimaging research and psychological theories of human memory, this book presents a state-of-the-art exploration of imaging research on human memory, along with accounts of the significance of these findings with regard to fundamental psychological questions. The book starts with a summary of some of the conceptual problems we face in understanding neuroimaging data. It then looks at the four areas of human memory research that have been most intensively studied with modern brain imaging tools - Learning and consolidation, Working memory control processes and storage, Long-term memory representations, and Retrieval control processes. Throughout, the book shows how brain imaging methods, such as functional magnetic resonance imaging (fMRI) and electroencephalography (EEG), can help us increase our knowledge of how human memory is organized, how memory representations are stored, consolidated and retrieved, and how access to memory contents is controlled. With all chapters written by leading researchers in the field, the book will be essential for all those interested in the psychology and neuroscience of memory.

Inhalt

• 1: Frank Rösler, Charan Ranganath, Brigitte Röder and Rainer H Kluwe: Introduction

• Part I - Setting the Stage

• 2: Frank Rösler and Charan Ranganath: On how to reconcile mind and brain

• 3: Rolf Ulrich: Uncovering unobservable cognitive mechanisms: the contribution of methematical models

• Part II - Learning and Consolidation

• 4: John O'Doherty: Reinforcement learning mechanisms in the human brain: insights from model-based MRI

• 5: Christian Büchel: Cognitive models in learning and reward processing

• 6: Dara G Ghahremani and Russell A Poldrack: Neuroimaging and interactive memory systems

• 7: Paul Reber: contributions of functional neuroimaging to theories of category learning

• 8: Guillén Fernández and Indira Tendolkar: Declarative memory consolidation

• 9: Alan Richardson-Klavehn, Elena Magno, Gerasimos Markopoulos, Catherine M Sweeney-Reed and Maria Wimber: Integrative commentary: on the intimate relationship between neurobiology and function in the theoretical analysis of human learning and memory

• Part III - Working Memory Control Processes and Storage

• 10: Matthew R Johnson and Marcia K Johnson: Toward characterizing the neural correlates of component processes of cognition

• 11: Adrian M Owen and Adam Hampshire: The mid-ventrolateral frontal cortex and attentional control

• 12: Bradley R Postle: mechanisms underlying the short-term retention of information

• 13: Charan Ranganath: Interrelationships between working memory and long-term memory

• 14: Bradley Buchsbaum and Mark D'Esposito: Integrative commentary: Is there anything special about working memory?

• Part IV - Long-Term Memory Representations

• 15: Alumit Ishai: Retrieving pircutres from long-term memory

• 16: Patrick Khader and Frank Rösler: Where memories are stored disclosed how memories are formed: content specificity of long-term memory representations

• 17: Ken R Norman, Joel R Quamme and Ehren L Newman: Mulitvariate methods for tracking representations in the brain

• 18: Kevin LaBar: Emotional influences on episodic memory

• 19: Andrew Yonelinas: Integrative commentary: Developing theories that bridge brain and behavior - some thoughts of a cognitive psychologist

• Part V - Control Processes During Encoding and Retrieval

• 20: Axel Mecklinger and Theodor Jäger: Episodic memory storage and retrieval: insights from electrophysiological measures

• 21: Ken A Paller, Joel L Voss and Carmen E Westerberg: Memory and awareness of remembering

• 22: Jon S Simons: Constraints from cognitive theories on neuroimaging studies of source memory

• 23: Enrah Düzel and Sebastian Guderian: Oscillatory and hemodynamic medial temporal responses preceding stimulus onset modulate episodic memory

• 24: Michael D Rugg: Integrative commentary: Functional neuroimaging and cognitive theory