When less is more: TPJ and default network deactivation during encoding predicts working memory performance

Keyphrases

• Cognitive Engagement 10%
• Deactivation 100%
• Default Mode Network 100%
• Distracter 40%
• Encoding Phase 10%
• Event-related fMRI 10%
• Functional Connectivity 20%
• Functional Dissociation 10%
• Functional Importance 10%
• Less Is More 100%
• Maintenance Phase 10%
• Memory Trace 10%
• Resting State 10%
• Slow Events 10%
• Stimulus-driven 10%
• Task Demands 10%
• Task-irrelevant 10%
• Temporoparietal Junction 100%
• Trace Formation 10%
• Ventral Attention Network 10%
• Visual Search 10%
• Working Memory 20%
• Working Memory Encoding 10%
• Working Memory Performance 100%
• Working Memory Task 10%

Psychology

• Functional Connectivity 20%
• Functional Magnetic Resonance Imaging 10%
• Memory Encoding 10%
• Resting-State 10%
• Task Demand 10%
• Temporoparietal Junction 100%
• Visual Search 10%
• Working Memory 100%