Francisco Cervantes Constantino

The paper shows that prior experience with speech content reduces cortical attentional gains during multispeaker listening, specifically at the P2 processing stage of speech envelope onset.

The paper shows that neural tracking of spectral changes in speech predicts success in selective listening tasks.

The paper shows that reward-associated visual cues reduce the ability to track temporal sound patterns in audiovisual displays, indicating value-driven attentional capture impairs cortical phase locking.

The paper examines neural responses to outcomes in the iterated prisoner's dilemma game using EEG, identifying specific brain signals that predict future cooperation decisions based on previous outcomes.

This study shows that visuospatial attention influences auditory processing by enhancing neural responses to sounds associated with specific visual stimuli.

The paper shows that auditory cortical activity can reconstruct missing speech based on prior knowledge, with performance up to 25% of present speech and faster processing with expertise.

The paper investigates perceptual filling-in of missing acoustic rhythm using MEG, finding that sustained rhythmic neural power correlates with perceived rhythm despite absent sensory input.

This paper applies spectrotemporal response functions (STRFs) to MEG data to model auditory neural responses, showing consistency with animal studies and revealing common auditory processing structures.