Mireia Torralba Cuello

The paper investigates how alpha and beta oscillations relate to attentional orienting and perceptual decision-making, finding distinct roles for each rhythm in these processes.

This study examines theta and alpha oscillatory episodes during spatial navigation in humans using single-trial analysis in a virtual reality environment, finding their relation to task difficulty and navigational decisions.

The paper investigates cross-modal enhancement of unaware visual events, finding no evidence for multisensory integration but suggesting bottom-up attentional capture explains the behavioral benefit.

This study investigates whether long-range alpha-synchronisation can serve as a control signal for BCI by analyzing EEG data during a covert attention task, finding it unreliable at the single-trial level.

The paper shows that alpha oscillations in the visual cortex regulate perceptual alternation rates during binocular rivalry.

The paper investigates cognitive conflict during binocular rivalry using EEG oscillations, finding increased mid-frontal theta and decreased parieto-occipital alpha power during perceptual switches.

The paper investigates how theta oscillation phases during memory encoding affect memory formation, finding that prestimulus theta phase correlates with subsequent memory performance.

This study tests if real-time EEG-based BCI can use occipital alpha-phase to improve visual detection, but finds no consistent behavioral effect.