João Jorge

The paper uses functional MRI data to study thalamic functional organization in newborns, identifying age-related changes and specific thalamic units.

This study examines the consistency of correlations between fMRI resting-state networks and EEG band-power across different datasets and conditions, finding consistent correlations with variations based on RSN, frequency-band, and HRF delay.

This paper introduces a high-resolution, fast-sampled fMRI technique for whole-brain BOLD signal measurement, demonstrating improved spatial and temporal resolution in human studies.

This study shows that EEG and fMRI connectomes are reproducibly correlated across different simultaneous EEG-fMRI setups, including varying magnetic field strengths and electrode densities.

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 the spatiotemporal dynamics of brain networks during task-initiated thoughts using combined EEG and fMRI, showing distinct patterns in memory retrieval versus mental arithmetic.