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aspects of the study, including recruitment, neurological assessment, administration of IMP, performing EEG, taking and processing samples for pharmacokinetics and biomarker analysis, completion of the ecrf
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neurodevelopment in rodent seizure models. Our primary goal is to identify molecular targets for novel treatment strategies. The laboratory employs a variety of molecular techniques, longterm continuous EEG
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Psychology, Cognitive Neuroscience, Computer Science, or related disciplines with some years of relevant experience. Experience and expertise in functional MRI, EEG, or fNIRS are preferred. The applicants
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experience. Experience and expertise in functional MRI, EEG, or fNIRS are preferred. The applicants should also have excellent written and oral communication skills in English. The initial appointment will be
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, administration of IMP, performing EEG, taking and processing samples for pharmacokinetics and biomarker analysis, completion of the ecrf, involved in out-patient follow-up and ancillary projects. A flexible
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targets (e.g., MPNet/Transformer sentence encoders). Model–brain alignment using encoding/decoding with EEG time courses and/or fMRI (e.g., ridge regression, variance partitioning, RSA, representational
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) EEG studies testing how regionally variable dialect and dialect–standard grammatical contrasts are processed at the neural level during comprehension; and (iii) eye-tracking during reading studies
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in patient populations. Our research laboratories are equipped with computers for conducting behavioral experimental research, with additional access to EEG equipment for candidates with a background
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. Our main research areas are neuroimaging data analysis (fMRI & EEG, iEEG, anatomical and diffusion MRI), brain dynamics modelling, causality and information flow inference, nonlinearity and
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a comparitive study including other Germanic languages. The research will employ eye-tracking and EEG methodologies. The Postdoctoral Research Fellow (RF) will be fully involved in the design, running