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internships_and_lab_rotations [2015/04/28 17:50]
admin
internships_and_lab_rotations [2015/09/15 21:41] (current)
admin [For Master Students]
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 +====== Open Projects for 2015-2016 ======
 +
 +==== For Bachelor and Honours Students ====
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 +[[Do rhythmic patterns in perceptual sensitivity reflect a clocking mechanism linking motor and perceptual processes|Do rhythmic patterns in perceptual sensitivity reflect a clocking mechanism linking motor and perceptual processes? ]]
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 +[[Neurophysiological mechanisms underlying rhythmic patterns in perceptual sensitivity,​ an EEG study|Neurophysiological mechanisms underlying rhythmic patterns in perceptual sensitivity,​ an EEG study. ]]
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 +[[Conflict monitoring and stimulus selection|Do we slow down when we get conflicting information?​]]
 +
 +==== For Master Students ====
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 +[[The function of neuronal oscillations over sensory cortices. Collecting evidence from a combined behavioural-electrophysiological study.]]
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 +[[Oscillatory coupling between sensory and frontal control areas. Investigating their relevance for behaviour.]]
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 +[[Who controls the attentional enhancement of targets and the blocking of distracters|Who controls the attentional enhancement of targets, the blocking of distracters,​ and the resolution of conflict?]]
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 +====== Closed Projects ======
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 +
 [[Actieve Waarneming]] (for Bachelor and Honours students) [[Actieve Waarneming]] (for Bachelor and Honours students)
  
 +[[Neurophysiological processes underlying sensory expectation,​ an investigation in the rat somatosensory system]] (for Master students)
  
 [[Neurophysiological mechanisms involved in the behavioral benefit associated with attentional orienting]] (for Master students)\\ ​ [[Neurophysiological mechanisms involved in the behavioral benefit associated with attentional orienting]] (for Master students)\\ ​
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 [[Development of a forward model of the rat’s cortex based on an empirically derived lead-field]] (for Master students with a quantitative background) [[Development of a forward model of the rat’s cortex based on an empirically derived lead-field]] (for Master students with a quantitative background)
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-[[Neurophysiological processes underlying sensory expectation,​ an investigation in the rat somatosensory system]] (for Master students) 
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-[[Do rhythmic patterns in perceptual sensitivity reflect a clocking mechanism linking motor and perceptual processes? ]] (for Bachelor and Honours students)