Almudena Capilla

sBOSC: A method for source-level identification of neural oscillations in electromagnetic brain signals

sBOSC identifies neural oscillations in electromagnetic brain signals by detecting oscillatory episodes at their sources with high accuracy.

Beyond power: A large-scale characterization of intrinsic brain oscillatory activity

This study characterizes human brain oscillatory activity using MEG data, revealing that oscillations occur in 25% of recording time and showing distinct anatomical patterns.

Globally stable, locally flexible: Dynamic reconfiguration of brain natural frequencies during cognitive processing

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.

From MEG to low-density EEG: Reliable estimation of brain natural frequencies and their modulation across eyes-open and eyes-closed states

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.

Guess Who? Identifying individuals from their brain natural frequency fingerprints

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

Perception of near-threshold visual stimuli is influenced by pre-stimulus alpha-band amplitude but not by alpha phase

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

The natural frequencies of the resting human brain: an MEG-based atlas

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

Suppression of alpha-band power underlies exogenous attention to emotional distractors

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

The spotlight of attention turns from rhythmic exploration-exploitation to a stable exploitation state

The paper investigates how visuospatial attention evolves over time, showing it transitions from rhythmic exploration-exploitation to a stable exploitation state.