The relationship between implicit and explicit visuomotor task learning in hippocampus and parietal cortex (A11*)

顶叶皮质和海马体在不同程度上参与了视觉运动任务的获得，这取决于任务的外显性、难度和新颖性。我们将利用人类的EEG、fMRI、EEG-fMRI、皮层脑电图术和单神经元记录，仔细研究这两种结构在学习和执行视觉运动任务过程中的相互作用。为此，我们将研究虚拟现实任务中视觉运动的适应、转换和联系，以更好地理解顶叶皮质和海马体在技能获得过程中的作用和相互作用。

The parietal cortex and hippocampus are involved in the acquisition of visuomotor tasks to a varying degree, depending on explicitness, the difficulty and novelty of a task. We will scrutinise the interplay of the two structures during learning and execution of visuomotor tasks using EEG, fMRI, EEG-fMRI, electrocorticography and single neuron recordings in humans. To accomplish this, we will investigate visuomotor adaptations, transformations and associations in virtual reality tasks to better understand the role and interaction of parietal cortex and hippocampus during skill acquisition.