Anne Keitel

This study replicates Nozaradan et al.'s 2011 findings on neural activity during imagined beat perception, finding smaller effect sizes and no reliable replication of main effects.

This study examines how music enjoyment and familiarity independently and interactively influence neural tracking and brain rhythms during music listening using EEG.

This study examines how pupil responses and eye movements track speech features and are influenced by emotional content in natural speech.

This study shows that cortical tracking of speech and music in adults predicts reading ability through frequency-dependent neural responses.

This study shows that musical training improves reading skills in children by enhancing phonological awareness and left-hemispheric speech processing.

The paper shows that individual resting-state theta rhythms in auditory cortex predict speech tracking during comprehension, with motor areas influencing this effect based on auditory-motor synchronization.

This study examines how cortical tracking of music rhythm is influenced by pitch predictability, expertise, and enjoyment, showing different processing regimes for tonal and atonal music.

This study investigates how neural speech tracking shifts from syllable rate to modulation rate as speech intelligibility decreases using magnetoencephalography.

The paper investigates how individual differences in auditory-motor coupling and speech motor production rates influence speech comprehension at varying speech rates.

This study uses MEG and TRFs to show how speech intelligibility affects the temporal dynamics of neural speech tracking, revealing differential impacts at different time windows.

The paper shows that during silent lip reading, both visual and auditory cortices represent unheard acoustic speech features, with auditory cortex focusing on the acoustic envelope and visual cortex on pitch-related information.

The paper examines how arousal influences cortical processing by analyzing pupil and neuronal population dynamics across the human brain.

The paper investigates how the visual cortex tracks unheard acoustic speech details from lip movements and shows that this ability declines with age, particularly for formant frequencies.

The paper uses MEG data to classify spectral profiles in congenitally blind and sighted individuals, revealing region-specific changes linked to adaptive brain plasticity.

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 investigates how different levels of speech degradation affect neural speech tracking and alpha power using MEG, finding that combined measures better predict speech intelligibility.

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.

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