Taraz G. Lee

This study uses TMS and computational modeling to show that DLPFC causally influences trial-to-trial control adjustments in response conflict tasks.

The paper shows cerebellar, parietal, and frontal cortex have distinct causal roles in maintaining cortical population codes for working memory through TMS and fMRI.

This study shows that stimulating the dorsolateral prefrontal cortex improves motor function in Parkinson's disease, particularly under cognitive load, by altering functional connectivity in the somato-cognitive action network.

The paper shows that spatial recall shifts to counteract accumulated attentional errors during a task combining perceptual discrimination and spatial working memory.

The paper uses TMS to show that the left pSTS is causally involved in the McGurk effect but not in the benefits of congruent audiovisual speech.

This study investigates how DLPFC and M1 contribute to motor skill learning across expertise levels using transcranial magnetic stimulation.

This study shows rewards influence resource allocation but not availability in visual working memory by affecting recall accuracy for cued versus non-cued items.

This study investigates post-error slowing by controlling response timing, finding that cognitive processing efficacy is impaired, not just speed-accuracy tradeoffs.

This study shows that reward improves motor performance by enhancing neural representations of action in motor planning areas before movement.

This study shows that rewards improve both motivational vigor and motor planning in skilled tasks, with greater effects on explicitly trained sequences.