Saskia Haegens

The paper introduces a data-driven framework to model oscillatory neural networks with condition-dependent coupling laws, identifying directed pathways in working memory attention dynamics using MEG data.

This study examines alpha-theta cross-frequency dynamics during working memory and finds reduced inter-areal connectivity despite increased 2:1 frequency ratios.

This paper evaluates the universality and reliability of a spectrolaminar motif in primate neocortex, finding it not universal and methods unreliable.

The paper investigates how distinct alpha brain networks influence perceptual decision-making by analyzing MEG data during a visual detection task, finding that the visual alpha network modulates sensitivity while the sensorimotor alpha network modulates criterion.

This study examines how burst features of oscillatory activity in alpha, beta, and high frequency bands relate to working memory accuracy in healthy adults.

This study compares neural mechanisms for time perception in humans and monkeys, finding similar post-interval potentials and firing rate differences during time categorization tasks.

This study investigates how beta oscillations in motor and auditory cortex affect reaction times during a discrimination task, finding that power, frequency, bursting, and connectivity all influence behavior.

This study identifies genuine beta bursts in human working memory by controlling for lower-frequency rhythm influences, showing load-dependent changes in amplitude, duration, and rate.

The paper shows that distinct beta frequencies in monkey dlPFC and preSMA reflect categorical decisions during a task with changing category boundaries.

This study identifies two distinct alpha rhythms in posterior cortex during visual working memory, showing different power and frequency modulations and relationships with task performance.

The paper investigates how brain rhythms in the 1-30 Hz range influence information processing during a working-memory task using MEG data from human participants.

This study investigates the role of alpha and beta oscillations in naturalistic language comprehension, finding they support syntactic structure building and semantic composition through inhibition and reactivation processes.

This study shows that pre-stimulus alpha-band activity in occipital-parietal regions enhances perceptual sensitivity and information content in visual detection tasks.

This study investigates whether rhythmic cues improve perceptual discrimination and finds no evidence of entrainment, but suggests a link between cue frequency and faster reaction times.

The paper investigates how spontaneous neural oscillations affect behavior and sensory processing by modulating neuronal excitability during an auditory task.

This study shows that broadband high-frequency activity (BHA) dissociates from multiunit activity (MUA) in primary visual and auditory cortex, with BHA originating from both neuronal firing and dendritic processes.

The paper investigates how prestimulus neural oscillations influence sensory responses by analyzing ERP components in humans during repeated visual stimulation.