Ian M. Krajbich

This study reanalyzes food-choice datasets to test models of attention's role in decision-making, finding no support for multiplicative effects and proposing an alternative model that better explains gaze behavior.

This study shows that visual attention modulates decision-related signals in the frontal cortex, with gaze-weighted accumulated evidence reflected in pre-SMA and dlPFC activity.

This study shows that inhibiting the right frontal eye field (FEF) with TMS affects decision-making by altering how gaze dwell time influences choices and reaction times.

The paper investigates individual differences in the link between gaze behavior and choice behavior using a computational model applied to individual participants.