Organisation

Donders Centre for Cognitive Neuroimaging

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Main
Current research (24)
Completed research (22)

Current research

(the most recent research is at the top)
Collaboration	BrainGain
Secretariat	Learning to go: Frontostriatal coupling and the interaction between motivation and action
Secretariat	Decoding the memory trace using multivariate analysis of electrophysiological data
Secretariat	Sparse Learning of Deep Models
Secretariat	Neural Mechanisms of Human Perceptual Decision Making
Secretariat	Integrating motivation, cognition and action - Frontal control of dopamine-dependent striatal processing
Secretariat	Treatment of cognitive disorders based on functional brain imaging
Secretariat	Function and self-regulation of the fronto-striatal system
Secretariat	Controlling emotions
Secretariat	Tracking long-term memory consolidation and knowledge construction in the developing brain
Secretariat	ADHD: a disconnection between the attentional control and sensory systems of the brain?
Secretariat	Memory formation under stress: The emerging importance of the brain mineralocorticoid receptor
Secretariat	What is a mental simulation?
Secretariat	How the functional architecture of the working brain is shaped by oscillatory brain activity
Secretariat	Seeing is predicting: the role of prediction in perception
Secretariat	Neural correlates of spatial memory in children and adults
Secretariat	Raising glasses and pointing fingers: A neurocognitive account of communicative actions
Secretariat	Dopaminergic modulation of fronto-striatal activity during cognitive control
Secretariat	Does sequence encoding in long-term memory require working memory maintenance?
Secretariat	How fear controls our observation
Secretariat	The risk of dementia in patients with cerebral small vessel disease. A prospective diffusion tensor imaging cohort study
Secretariat	Syntactic priming: a mechanism for second language learning in the brain?
Secretariat	The three dimensions of aversive memories: neurons, hormones and genes
Secretariat	Mechanisms of neuronal interactions and their cognitive top-down control