Thomas Hörberg Researcher, Associate Professor in Linguistics

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Name and title: Thomas HörbergResearcher, Associate Professor in Linguistics

ORCID0000-0003-0897-8911 Länk till annan webbplats.

Workplace: Department of Psychology Länk till annan webbplats.

Visiting address Albanovägen 12

Postal address Psykologiska institutionen106 91 Stockholm

Research groups

About me

I am a researcher in cognitive science and linguistics at the Sensory-Cognitive Interaction Lab, Gösta Ekmans Laboratories. My primary research areas concern olfactory vocabulary and odor identification, lexical semantics from a corpus-based perspective, and language comprehension from neuro-/psycho- and corpus-distributional perspectives. I have also been involved in quantitative and experimental studies of language change, first and second language acquisition, as well as sign language research. I primarily use experimental, corpus-based, and other data-driven methods in my research.

  • Higer cognitive functions 7.5 HEC (PSMT55) (Masterlevel)

In my thesis, I investigated grammatical relations (i.e., subject and object) in Swedish transitive sentences from a usage-based perspective. More specifically, the thesis was concerned with the the distribution of grammatical relations in Swedish transitive sentences with respect to argument prominence properties (e.g., animacy and definiteness). The general hypothesis is that prototypical subjects / Actors tend to be more prominent than prototypical direct objects / Undergoers with respect to e.g., animacy and definiteness. Prominence properties of argument NPs are utilized as cues during argument interpretation (i.e, determining which of the two arguments that is the Actor and the Undergoer), on par with morphosyntactic information such as case marking and word order, and the weightings of these cues can be quantified on the basis of the degree to which they correlate with grammatical functions in language use.

In the thesis, I investigated these assumptions on the basis of corpus data, statistical modeling and neuro- and psycholinguistic experimentation (using a event-related brain potentials and a self-paced reading paradigm). I present a statistical model of incremental argument interpretation in isolated sentences that is based upon the distribution of prominence features in the NP arguments of transitive sentences in written Swedish. This model is tested experimentally using the self-paced reading paradigm.


Scented AI? Integrating olfaction into Large Language Models

The relationship between language and sensory knowledge is a crucial question in the cognitive sciences.With advancements in Large Language Models (LLMs), this research explores how language can form sensory knowledge without direct experiences.

Contact

Name and title: Thomas HörbergResearcher, Associate Professor in Linguistics

ORCID0000-0003-0897-8911 Länk till annan webbplats.

Workplace: Department of Psychology Länk till annan webbplats.

Visiting address Albanovägen 12

Postal address Psykologiska institutionen106 91 Stockholm

Research groups