Tom Salomon

The paper develops a Bayesian computational model to predict individual differences in non-reinforced preference changes during Cue-Approach Training.

The paper examines brain volumetric changes in a population before and after the COVID-19 outbreak and lockdown, finding increases in amygdala, putamen, and anterior temporal cortices, which diminished over time.

The paper shows that memory for trained items enhances preference for high-value stimuli after non-reinforced cue-approach training, even months later.

This study investigates how brain activity patterns relate to long-lasting non-reinforced behavioral change using fMRI and a cue-approach training paradigm.