Joachim Groß

The paper examines how pre-stimulus cortical synchrony relates to behavior during a Simon task, finding no significant differences in synchrony that explain behavioral outcomes.

The paper examines how speech perception in noise relates to reading strategies in children, finding distinct neural correlates for lexical and sublexical reading.

The paper shows that the peak frequency of brain oscillations decreases along the posterior-anterior axis in the human cortex, aligning with cortical hierarchy and thickness.

This study shows that tidal volume and respiration phase affect cortico-muscular communication in humans, reducing beta coherence during deep breathing.

The paper investigates brain regions representing auditory and visual speech, finding distinct networks for each modality with partial overlap in specific temporal and frontal regions.

This study investigates how visuo-spatial attention affects neural tracking of quasi-rhythmic visual stimuli across different frequency bands using MEG data.

This study uses resting-state EEG to identify abnormal frontal theta and gamma synchrony in chronic pain patients, suggesting potential targets for non-invasive brain stimulation.

The paper shows that acoustic features can explain speech processing results previously attributed to linguistic features, suggesting syllables may be better intermediate representations than phonemes.

The paper shows that alpha oscillation frequency and power change systematically over time during an experimental session, with distinct patterns in different frequency bands.

The paper reconciles conflicting findings on attentional modulation of alpha-band brain rhythms by showing that different EEG analysis approaches reveal distinct effects of spatial attention on stimulus-locked and ongoing neural activity.

The paper uses MEG data to show predictive speech processing through two distinct fronto-motor to auditory pathways at different frequencies.

The paper identifies two distinct computational mechanisms in different brain regions that support audiovisual speech comprehension: redundancy in the left posterior superior temporal gyrus and synergy in the left motor cortex.

This study investigates whether low-intensity quasi-periodic visual stimulation affects parieto-occipital alpha rhythms, finding no evidence of entrainment.

The paper identifies distinct time-scales of neural speech tracking in auditory and motor regions that correlate with specific linguistic features and comprehension.

The paper shows that emotional voice stimuli are initially categorized in the brain and later refined into continuous dimensions.

The paper investigates how local speech encoding and functional connectivity contribute to audio-visual speech integration using MEG data, finding that enhanced connectivity, not local encoding, predicts the benefit of visual speech cues.

The paper introduces a statistical framework for neuroimaging data analysis using mutual information estimated via a Gaussian copula, validated on EEG and MEG data with applications to various signal features.