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Phase-dependent amplification of working memory content and performance
Sanne Ten Oever
*
,
Peter De Weerd
,
Alexander T. Sack
*
Corresponding author for this work
Neuroplasticity, Synchrony & Cognition
MaCSBio | Faculty of Pyschology and Neuroscience
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Dive into the research topics of 'Phase-dependent amplification of working memory content and performance'. Together they form a unique fingerprint.
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INIS
performance
100%
amplification
100%
impulse
100%
information
80%
accuracy
80%
frequency range
40%
range
40%
psychological behavior
40%
retention
40%
humans
20%
comparative evaluations
20%
stimulation
20%
modulation
20%
stimuli
20%
classification
20%
interactions
20%
readout systems
20%
Keyphrases
Working Memory
100%
Memory Performance
100%
Phase Behavior
100%
Memory Content
100%
Working Memory Performance
28%
Neural Activity
28%
Memory Information
28%
Oscillation Phase
14%
Oscillatory Activity
14%
Memory Retention
14%
Activity Patterns
14%
Task-irrelevant
14%
Theta Frequency
14%
Classification Accuracy
14%
Mechanistic Interaction
14%
Decoding Accuracy
14%
Alpha Frequency
14%
Low Frequency Range
14%
Retention Interval
14%
Neuronal Patterns
14%
Phase-selective
14%
Linear Classifier
14%
Phase Range
14%
Phase Sensitive Amplification
14%
Oscillatory Mechanism
14%
Computer Science
Memory Performance
100%
Memory Content
100%
Classification Accuracy
33%
Oscillatory Activity
33%
Linear Classifier
33%
Oscillatory Mechanism
33%
Retained Information
33%
Neuroscience
Working Memory
100%
Memory Consolidation
11%
Psychology
Working Memory
100%
Memory Retention
11%