Cornelius Schwarz

The paper investigates how action requirements influence temporal prediction errors in the human brain using MEG and computational modeling.

The paper identifies two predictive signals, state estimation and sensory gating, in mouse barrel cortex during movement by analyzing neuronal responses to sensory input.

This study uses optogenetic activation of the corpus callosum to map brain-wide network effects using fMRI and calcium recording.

This study shows humans use a local code based on maximum velocity for tactile perception, outperforming global codes in detecting vibrotactile signals.