Fabio Di Bello

The paper uses force monitoring in a stop signal task to show that higher initial force delays movement generation and aids inhibition.

This study shows that prefrontal cortex resources can be flexibly used by both attention and motor systems, with endogenous attention reducing interference and modulating exogenous attention capture.

The paper investigates how the frontal eye field encodes multiple sources of information using non-orthogonal components, showing how this configuration affects behavioral variability.

The paper shows that prolonged cognitive activity in humans and non-human primates exhibits rhythmic fluctuations in performance, arousal, and neural activity, rather than a monotonic decline.

This paper improves real-time decoding of attentional spotlight location from neural signals and shows it correlates with behavior.

This study uses machine-learning decoding of prefrontal cortex activity to identify distinct neural and behavioral signatures for spatial attention mechanisms and distractor suppression.

The paper shows that prefrontal covert attentional spotlight explores space rhythmically at alpha frequencies, influencing sensory encoding and behavioral accuracy.