Jasper Poort

This study shows that visual discrimination learning increases response selectivity in both primary visual and parietal cortex, but with distinct patterns of feature preference changes between the two areas.

This study investigates the roles of superior colliculus and primary visual cortex in visual spatial detection in freely moving mice, finding that SC has a stronger causal impact than V1.

This study shows that PV cell activation improves visual discrimination performance in easy tasks but not difficult ones, with effects depending on activation timing and task difficulty.

The paper shows that learning realigns cortical network dynamics to better integrate relevant sensory input in mice, explained by changes in excitatory-inhibitory connectivity.

This paper develops an ultralight head-mounted camera system for monitoring behavior and electrophysiology in freely moving mice, showing correlations between eye position, whisking, and neural activity.