Adrian Nestor

This study examines how neural representations of same-race and other-race faces differ when viewed individually versus in ensembles, finding format-dependent decoding advantages and race-organized ensemble representations.

This study investigates the congruency sequence effect using EEG and a flanker task, showing that behavioral and neural responses are influenced by response repetition and occur within a specific temporal window.

The paper decodes dynamic facial expressions from EEG data, revealing valence and arousal dimensions and anticipatory neural dynamics.

The paper shows that newly learned colour-weight contingencies are reactivated early during grasp planning, suggesting deliberate processing of weight information based on intention.

This study investigates the neural basis of the other-race face perception effect using EEG data, revealing decoding disadvantages and visual biases in perceiving other-race faces.

The paper investigates how visual task features are represented during different movement phases in grasping and knuckling tasks using EEG data.

This study uses image reconstruction to show that older adults have reduced accuracy in reconstructing facial features compared to young adults, despite successful reconstruction overall.

This study uses image reconstruction to assess shape and surface information in face processing across behavioral, EEG, and fMRI data, finding surface information is better recovered and more cross-modal consistent.

This study reconstructs face images from perceptual and memory-based data to explore shared representational bases in facial identity recognition.