MEG-EEG Primer

MEG-EEG Primer presents the basic A-to-Z of two non-invasive human electrophysiological methods, magnetoencephalography (MEG) and electroencephalography (EEG). These methods are used to study human brain dynamics, tracking the brain's responses to sensory, cognitive, and social stimuli. This book, now in its second edition, remains the only volume of its kind that discusses both MEG and EEG side-by-side, for an integrated understanding of brain function. In 22 chapters with almost two hundred color figures, the book covers the basic physical and physiological foundations of these two methods, the historical background and development of their implementation, instrumentation, recording techniques, data analysis, and interpretation.

The new edition includes expanded text on MEG and EEG sensor types and amplifiers, artifacts, new analysis tools, open data repositories, and novel instrumentation. Due to new concerns from the COVID-19 pandemic, general infection control in MEG/EEG laboratories is also discussed. Interoception is introduced as an interesting emerging research field. Moreover, future developments in MEG and EEG are examined with respect to new and evolving technologies, and new applications for their use. Overall, MEG-EEG Primer puts into perspective the role of MEG and EEG in neuroscience research at large, and the future of our understanding of the dynamics of human brain function.

• MEG and EEG methods presented side-by-side with practical examples understandable for newcomers
• Nearly 200 color figures illustrate brain signals, recording equipment, data analysis methods, and data interpretation
• Puts into perspective the role of MEG and EEG in neuroscience research at large

Preface to the 2nd Edition
Preface to the 1st Edition
About the Authors
Preamble
Section 1:
1. Introduction
2. Insights into the Human Brain
3. Basic Physics and Physiology of MEG and EEG
4. An Overview of EEG and MEG
Section 2:
5. Instrumentation for EEG and MEG
6. Devices for Sensory Stimulation and Behavioral Monitoring
7. Practicalities of Data Collection
8. Data Acquisition, Preprocessing, and Sharing
9. Artifacts
10. Analyzing the Data
Section 3:
11. Brain Rhythms
12. Evoked and Event-Related Responses
13. Auditory Responses
14. Visual Responses
15. Somatosensory Responses
16. Other Sensory Responses, Multisensory Interaction, and Interoception
17. Motor Function
18. Brain Signals Related to Change Detection
19. The Social Brain
20. Brain Disorders
21. MEG/EEG Combined with Other Brain Imaging Methods
22. Stepping Back and Looking Forward: Towards Understanding the Human Brain
Index

Riitta Hari, Professor Emerita, Department of Art and Media, Aalto University, and Aina Puce, Eleanor Cox Riggs Professor of Social Justice and Ethics, Indiana University

Riitta Hari, a Professor Emerita at Aalto University, has been carrying out and leading research on systems-level neuroscience and human neuroimaging since the early 1980s. Her team is well known for the development of magnetoencephalography (MEG) for tracking activation sequences in healthy and diseased human brains, providing fundamental insights into human sensory, motor, cognitive and social functions. Dr. Hari is Academician of Science in Finland and an International Member of the National Academy of Sciences USA. Aina Puce is the Eleanor Cox Riggs Professor of Social Justice and Ethics at Indiana University. She once served as Deputy Director for the Brain Sciences Institute in Melbourne, Australia, and has directed neuroimaging centers at West Virginia University's School of Medicine and at Indiana University. Her laboratory is best known for its multimodal neuroimaging studies of information processing from dynamic faces, hands, and bodies, which include intracranial and scalp

EEG, MEG, and fMRI studies.

RECENZII