Güven Kandemir

This study investigates the neural correlates of parallel and serial visual search modes using EEG, showing distinct neural patterns and attentional dynamics under identical visual conditions.

The paper investigates how repetition affects visual working memory by comparing neural markers of object storage with multivariate decoding of memory content, finding that repetition reduces a specific ERP but maintains shape decoding.

The paper investigates the time course of spatial generalization in visual working memory, finding early stages occur at sensory levels before report selection.

The paper investigates how working memory maintains both transformed and original representations of stimuli, finding that original representations persist alongside transformed ones even when no longer task-relevant.

This study uses impulse perturbation to investigate how non-spatial color memoranda are maintained in working memory, finding that both cued and uncued colors can be decoded from neural activity, with differences in alpha band oscillations.

This study compares neural correlates of memory encoding and maintenance for foveal and peripheral visual stimuli using EEG, finding dissociation in sensory and maintenance signals.

The paper shows that learned associations enable cross-modal access to working memory, as auditory impulses can decode visual working memory through learned links.

The paper investigates whether impulse responses during working memory maintenance are sensory-specific or multimodal, finding evidence for both unimodal and bimodal neural responses in visual and auditory working memory.