Christian 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 pupil responses and eye movements track speech features and are influenced by emotional content in natural speech.

This study examines how time-on-task influences oscillatory and aperiodic EEG components and their relationship with visual task performance, finding that alpha-band changes explain reaction time variability but not decision confidence.

This paper investigates the relationship between respiratory patterns and arousal, finding stronger coupling during rest and a role for respiratory rate in modulating arousal dynamics.

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.

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

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

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.

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

This study investigates how spatial attention and audio-visual synchrony independently enhance early visual processing through distinct neural mechanisms using frequency-tagging.