Kirsten C. S. Adam

This paper investigates how theta and alpha oscillations contribute to visual working memory, finding that aperiodic neural activity explains apparent theta paradoxes and reveals novel aperiodic dynamics.

The paper investigates how motor errors affect working memory performance and identifies a neurophysiological mechanism underlying error-related impairments in active working memory.

This study uses fMRI to show that working memory load signals are distributed across the cortex and change over time, not localized to parietal cortex.

This paper investigates how stimulus history affects visual search by measuring fMRI responses to repeated distractors, finding suppression in early visual areas consistent with stimulus-driven mechanisms.

This study reports null results for attention-related modulation of SSVEP responses to color cues and reviews methodological considerations for SSVEP studies of feature-based attention.

The paper demonstrates that multivariate analysis of EEG voltage topography provides a sensitive and generalizable index of working memory load across multiple studies and tasks.

This study shows that working memory in the prefrontal cortex involves both persistent activity and activity-silent dynamics, with reactivation of latent traces enhancing serial biases in spatial memory.

The paper tests whether multiple items can be stored concurrently in working memory by analyzing alpha-band EEG activity during a spatial memory task.

The paper distinguishes neural processes for spatial attention and object-based storage in visual working memory using EEG recordings during attention and memory tasks.