Kartik K. Sreenivasan

The paper investigates how feature binding in working memory is supported by alpha phase coding and shows that swap errors correlate with reduced alpha phase preservation.

The paper shows that human working memory representations in cortex are probabilistic, with neural variance encoding memory uncertainty and predicting behavior.

This study investigates sequential working memory using MEG data, finding that neural subspaces organize memory during retention but not during encoding, while no sequential replay was observed.

This study investigates whether attention and working memory share neural mechanisms by showing that brain activity patterns during external and internal selection are interchangeable.

This paper proposes a neural network model to explain feature binding in working memory through synchronization across color and location feature-specific networks, and predicts mechanisms for swap errors.

This study examines how distraction affects working memory representations in visual cortex using fMRI, finding that distraction temporarily reduces representation fidelity but does not cause catastrophic loss.

This study uses computational neuroimaging to show that human superior colliculus encodes working memory representations, distinct from visual or motor properties.

This study uses a betting game to show that visual working memory representations are probabilistic and contain more information than single responses.