Thomas Hartmann

The paper shows that individual differences in neural speech tracking benefit from lip movements correlate with worse performance when visual speech is blocked by a mask.

The paper investigates whether neural responses to omitted sounds in tone sequences depend on the predictability of omissions, finding that frequency-specific activity occurs independently of omission predictability.

The paper shows that eye movements track acoustic features of attended speech, differentiating targets from distractors and relating to speech intelligibility.

The paper investigates the relationship between prediction tendencies, eye movements, and neural speech tracking, proposing a unified framework for understanding speech processing.

The paper investigates how involuntary spatial attention shifts caused by unexpected sounds affect reaction times and alpha power, showing distraction is influenced by the spatial relationship between sounds and targets.

This study shows that selective attention modulates theta-range auditory nerve activity in humans, with a classifier decoding attended modality from single-trial data.

This study investigates how attentional focus differentially affects oscillatory activity in sensory and frontoparietal brain regions using MEG data from an intermodal attention task.

The paper investigates supramodal neural patterns predicting conscious perception across sensory modalities using MEG decoding analysis.

The paper uses SEEG recordings to show multisensory signals in early visual and auditory cortices during an audio-visual task, revealing cross-modal responses and frequency-specific modulations.

This study investigates how intermodal attention modulates the generators of the Frequency Following Response (FFR) using MEG data, finding that only the right primary auditory cortex is significantly affected by attention.