High affordance stimuli are associated with an enhancement in the activation of the corresponding motor programs.Such over-activation of motor programs may imply a decrease in performances based on inhibitory control. However, recentdata suggest that high affordance stimuli are associated with a widespread privileged neural activation that goes beyond motorrepresentations. In this case, we can expect that high affordance objects will be associated to a higher level of flexibility inan oddball task with Go-NoGo procedure. By measuring ERPs, we observed that, in the case of high affordance objects,the amplitude of the N200 is decreased when the inhibition of the motor response is more difficult. Data suggests that highaffordance objects facilitate inhibitory control, probably due to a higher activation of automatic attentional resources.

Cognitive factors can mediate the tendency to create falsememory. We explored the role of the two systems ofreasoning in the production of false memories. Suchdifference can be assessed through the Cognitive ReflectionTest (CRT), a measure of the propensity to reflect rather thanproducing an intuitive response. By the use of a DRM-likeparadigm in a prose recognition memory task, we measuredCRT-related individual differences in producing falsememories. We observed that intuitive thinkers are more likelyto produce false memories.