Ellen F. Lau

The paper reports shared neural responses to morphological and syntactic structure complexity in Mandarin Chinese, supporting a non-lexicalist view of language comprehension.

The paper demonstrates that combining moderate high-pass filtering and evoked-biased denoising source separation can effectively reveal N400 deflections in sentence processing studies using a nine-sensor OPM-MEG setup.

The paper uses MEG to compare speech prediction in native and second language learners, finding similar neural responses across multiple linguistic levels.

This study uses MEG to show that inferior IPS tracks pointer load across visual working memory formation and maintenance, while superior IPS shows transient feature sensitivity during formation.

The paper investigates whether mental objects from non-visual sources share the same neural representation as visual ones, finding similar alpha power suppression patterns.

The paper uses MEG to show a sustained response in right posterior cortex that tracks hypothesized properties of content-free pointers in visual working memory.

This study uses ERP to investigate how events and their components are represented in working memory, finding distinct neural patterns for event relations and roles.

The paper shows that auditory word comprehension is less incremental in isolated words compared to continuous speech, with different neural effects of phoneme surprisal and cohort entropy.

This study investigates how the brain processes speech by using both local and unified predictive models, showing that listeners employ these models in parallel to anticipate phonemes.