Stephen D. Mayhew

This study shows that placing EEG amplifiers inside the MRI bore increases heating risk from gradient switching, and suggests solutions to mitigate this risk.

This paper establishes a method to non-invasively study alpha oscillations using simultaneous EEG and layer-fMRI, showing depth-dependent correlations between alpha power and BOLD signals.

This study uses EEG-fMRI fusion to show that visual object memory retrieval follows a backward spatio-temporal trajectory from conceptual to perceptual brain regions.

The paper shows that decreases in alpha/beta power correlate with increased fidelity of stimulus-specific information in the brain across different cognitive tasks.

The paper investigates how attention divides between modalities and spatial locations, revealing two distinct alpha sources with different functional roles in attention.

This paper develops methods for group analysis of high spatial resolution UHF fMRI data from higher-order cognitive tasks, showing quadratic modulation in prefrontal cortex and linear in visual areas.

The paper presents an EEG/fMRI dataset from human subjects performing a perceptual decision making task, available for validating computational models and processing algorithms.