Lydia Arana

The paper investigates how brain natural frequencies change during cognitive tasks using MEG data, finding that while global patterns remain stable, specific regions show task-dependent frequency shifts.

This paper extends natural frequency mapping from MEG to low-density EEG, showing stable spatial patterns and state-dependent modulation across eyes-open and eyes-closed conditions.

This paper improves single-subject brain frequency mapping using MEG and shows high accuracy in individual identification through natural frequency fingerprints.

This study investigates how pre-stimulus alpha-band amplitude, but not phase, influences near-threshold visual perception in different attentional conditions.

This study creates a voxel-based atlas of resting human brain natural frequencies using MEG data from 128 volunteers, revealing region-specific oscillatory patterns.

The paper investigates exogenous attention to emotional distractors and finds that alpha-band power suppression occurs contralateral to distractors, correlating with impaired task performance.