| Seminar für Sprachwissenschaft

New publication by Jana Hasenäcker

Shorter embedded words such as Arbeit in Arbeiter facilitate our processing of the longer, more complex word (Arbeiter) if they are related in meaning. But how does the brain react when there is no meaning relationship, as in the case of Tal in Taler? In a recent study, we used brain wave measurements to investigate how such embedded words are activated during reading.

Participants completed a semantic categorisation task in which they had to decide whether words such as thaler belong to a category such as landscape category such as landscape. Not only were their decisions recorded, but also the electrical activity of the brain (event-related potentials; ERPs). The results showed that embedded words influence processing, even if they are not related in meaning: Already about 230 milliseconds after the start of the word presentation, stronger brain activity occurred when the embedded word did not match the category.

The study illustrates how quickly the brain recognises orthographic patterns and activates the meaning of embedded words, even if this is irrelevant for understanding the overall word.

Hasenäcker, J., Nadalini, A., & Crepaldi, D. (2024). Sub-word orthographic processing and semantic activation as revealed by ERPs. Language, Cognition and Neuroscience, 1-13. doi.org/10.1080/23273798.2024.2430275

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