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People

Portaitfoto von Milena Rabovsky
Foto: Farbtonwerk

Prof. Dr. Milena Rabovsky, Principal investigator

Email
Phone: +49 331 977 2703
Campus Golm, bldg. 14, room 4.37
Google Scholar

I did my PhD at the Berlin School of Mind and Brain (Germany). After research stays at the University of Western Ontario (Canada), Stanford University (USA) and Freie Universität Berlin (Germany), I started as principal investigator and tenure track professor at the University of Potsdam (tenured since 2023). I try to better understand how language processing works in the brain, using neuroscientific evidence and computational modelling (see Overview and Publications).

Portaitfoto von Milena Rabovsky
Foto: Farbtonwerk
Picture of Friederike Schuette
Foto: private

Dr. Friederike Contier, Postdoc

Email
Campus Golm, bldg. 14, room 4.09
Personal Website, Google Scholar

My background bridges linguistics, psychology, and cultural studies/literature. During my studies, I trained at the MPI for Psycholinguistics (Nijmegen) and for Human Cognitive and Brain Sciences (Leipzig). My PhD at the CNL lab explored whether the ERP component P600 is linked to noradrenergic brainstem activity, sustained attention, and explicit memory. More generally, I’m fascinated by how the brain makes sense of language and particularly how this draws on shared neural principles with other domains and overlaps with more general cognitive processes.

Picture of Friederike Schuette
Foto: private

Dr. Sophie Jano, Postdoc

Email
Campus Golm, bldg. 14, room 4.36
Google Scholar

I recently obtained my PhD from the University of South Australia and now work in the Cognitive Neuroscience Lab as a postdoctoral researcher. I am deeply interested in prediction in the brain and the effect of prediction on memory encoding. My research specifically focusses on the event-related potentials (ERPs) that may be relevant for this relationship in both linguistic and non-linguistic contexts. Some of my other research interests also relate to individual neural factors, pain perception and false memory.

Profile picture Alessandro Lopopolo
Foto: private

Dr. Alessandro Lopopolo, Postdoc

Email
Campus Golm, bldg. 14, room 4.36
Google Scholar

I have obtained my Ph.D. from the Radboud University Nijmegen (the Netherlands) as part of the Language in Interaction consortium. My research interests focus on applying computational linguistic models to the study of language processing in the brain. I am particularly interested in stochastic language models (both bayesian and neural-based), vector space semantic models, and syntactic parsing. My current work aims to develop and train a connectionist model of sentence comprehension and to use it to investigate how the human brain computes event representations during naturalistic sentence comprehension. 

Profile picture Alessandro Lopopolo
Foto: private
Portraitfoto von Yana Arkhipova
Foto: private

Yana Arkhipova, PhD student

Email
Campus Golm, bldg. 14, room 4.09
Google Scholar

I completed my MSc in Language Sciences at UCL (UK). Following that, I spent a year working as an intern at MPI for Psycholinguistics in Nijmegen. I then joined the Cognitive Neuroscience lab as a PhD student to work on a project investigating the intricacies of the N400's functional significance.

Portraitfoto von Yana Arkhipova
Foto: private

Sertug Gürel, PhD student

Email
Campus Golm, bldg. 14, room 4.10

In my master’s studies, I became interested in computational neuroscience and cognitive modeling. After I finished my master’s degree in neuroscience, I joined the Cognitive Neuroscience Lab as a Ph.D. student. In my research, I focus on understanding the type of linguistic information processed by the deep learning language models’ inner layers. I’m also interested in how the information we get from language models can increase our understanding of language processing in the brain.

Portrait Siddharth Gupta
Foto: private

Siddharth Gupta, PhD student

Email
Campus Golm, bldg. 14, room 4.10
Github

I completed my master’s in Cognitive Science at IIT Delhi (India) in 2023. In February 2024, I joined the Cognitive Neuroscience Lab as a PhD student, having previously worked in the lab during my master’s internship. Besides, I also have an engineering degree in computer science and experience with NLP. I am interested in computational modeling of language and its application to understanding human sentence comprehension. Currently, I am working on a project that investigates a probable relationship between a model of sentence comprehension and reading times.

Portrait Siddharth Gupta
Foto: private

Alumni

Portrait of Kate Stone
Foto: Christine Fiedler (www.businessfoto.berlin)

Dr. Kate Stone, Postdoc in the lab, now Lecturer at the University of Hull, UK

Personal Website, Google Scholar

I did my PhD in the Vasishth Lab at the University of Potsdam (Germany). My research interests are in probabilistic sentence processing and how uncertainty and conflict affect readers' linguistic expectations. I use EEG and computational modelling to examine how these expectations unfold over time.

Portrait of Kate Stone
Foto: Christine Fiedler (www.businessfoto.berlin)

Dr. Alma Lindborg, Postdoc in the lab, now Machine Learning Researcher at ai|coustics

Google Scholar

My research interest lies in investigating the role of probabilistic representations and prediction in perception and cognition. I did my PhD in applied mathematics at the Technical University of Denmark, in which I investigated analogies between brain activity and Bayesian models of multisensory perception. In my postdoc project, I investigate the role of probabilistic representations in language comprehension using deep learning and EEG.

Portraitfoto von Alice Hodapp
Foto: private

Dr. Alice Hodapp, PhD student in the lab, now Postdoc at NeuroSpin, Paris

Google Scholar

After completing a master’s degree in psychology (Halle/Budapest/Leipzig), I joined the Cognitive Neuroscience Lab as a PhD student to focus on prediction (-errors) in language processing. My research mainly uses EEG with a focus on the N400 ERP component. I am also interested in how comprehenders use prediction errors to make better predictions in the future, what influences these predictions and errors, and which neuromodulators are involved in the process.

Portraitfoto von Alice Hodapp
Foto: private