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Ingmar Brilmayer

Researcher at University of Cologne

Publications -  8
Citations -  35

Ingmar Brilmayer is an academic researcher from University of Cologne. The author has contributed to research in topics: Signal & Noun. The author has an hindex of 3, co-authored 6 publications receiving 21 citations. Previous affiliations of Ingmar Brilmayer include University of Mainz.

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The exceptional nature of the first person in natural story processing and the transfer of egocentricity

TL;DR: Human language enables us to externalise self-internal information (e.g. emotions or beliefs that are not readily accessible to others). Thus, language bridges the gap between the self and the othe...
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Signal-driven and expectation-driven processing of accent types

TL;DR: In this article, the authors investigated neurophysiological correlates of prosodic prominence in German with two EEG experiments Experiment 1 tested different degrees of prominence (three accent types: L+H*, H*, H) and Experiment 2 tested three accent types (L+H, H, H).
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Domain-general neural correlates of dependency formation: Using complex tones to simulate language.

TL;DR: The results suggest that the detection of non-linguistic targets defined via complex feature conjunctions in the present study and the Detection of syntactic anomalies share the same underlying processes: attentional shift and memory based matching processes that act upon multi-feature conjunctions.
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Attention allocation in a language with post-focal prominences

TL;DR: The attenuated N400 difference for post-focal targets in questions was accompanied by a more enhanced late positivity when they were incongruent, indicating that attentional resources are allocated during updating of speech act information.
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Referential Chains Reveal Predictive Processes and Form-to-Function Mapping: An Electroencephalographic Study Using Naturalistic Story Stimuli

TL;DR: This paper explored the relationship between form-to-function mapping and prediction derived from the antecedent of referential expressions in naturalistic auditory language comprehension, i.e., they examined the influence of the interplay of predictions derived from a forward-looking function and the form to function mapping of an anaphor on the ERPs time-locked to anaphoric expressions, and the results in the time range of P300 and N400 allow for a dissociation of these two functions during online language comprehension.