Sensory and motor contents are prioritized dynamically in working memory
Fig 5
Relation between lateralized alpha and mu/beta modulations and behavior.
Alpha and mu/beta activity contralateral vs. ipsilateral to the cued location/hand in fast vs. slow and precise vs. imprecise trials. (a–d) Average alpha (8–12 Hz; burgundy) activity difference between contralateral and ipsilateral occipital sensors to the cued location in trials categorized as fast (dark) or slow (light) based on a median split of RT (a, b) and in trials categorized as precise (dark) or imprecise (light) based on a median split of report error (c, d). The left column depicts short trials (a, c) and the right column shows long trials (b, d). (e–h) Average mu/beta (8–30 Hz; green) activity difference between contralateral and ipsilateral central sensors to the cued action in trials categorized as fast (dark) or slow (light) based on a median split of RT (e, f) and in trials categorized as precise (dark) or imprecise (light) based on a median split of report error (g, h). The left column depicts short trials (e, g) and the right column shows long trials (f, h). Cluster-based permutation significant time points of the contrast between the displayed time courses are indicated with horizontal grey lines (N = 30). Shaded areas represent the SEM. The data in this figure can be found in OSF under data/eeg/trf [52].