Alexandra Krugliak

The paper shows that prior visual context shifts the temporal trajectory of object representations, accelerating their emergence and improving object recognition speed.

This study investigates how object-scene congruency affects neural oscillations and top-down connectivity using MEG, finding increased low-frequency activity and top-down connectivity during incongruent object processing.

The paper investigates how real-world contexts modulate neural oscillations using mobile EEG and augmented reality, finding differences in ERPs and theta-band power between congruent and incongruent object environments.

This study investigates how prior scene context modulates semantic object processing using EEG and computational modeling, finding that incongruent objects have prolonged semantic integration.

This paper combines mobile EEG and augmented reality to study neural responses to faces in real-world environments, finding increased low-frequency EEG activity for inverted faces across multiple tasks.

The paper examines how auditory neural responses change across the sleep-wake cycle, finding state- and stimulus-dependent reorganization of auditory processing.