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techniques include 256-channel EEG systems for intracranial (ECoG, SEEG) recordings, fMRI (1.5, 3 and 7T human Philips systems), 256-channel recordings in patients during awake neurosurgery and neurodevices
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programme. You do this in consultation with the programme leader, prof. dr. Philip Brey and vice leader, prof. dr. Sabine Roeser. You implement policies outlined by the Daily Board (which, besides yourself
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technology policy can also be touched upon. This project will be supervised by dr. Naomi Jacobs (first daily supervisor), dr. Janna van Grunsven (second daily supervisor) and prof. dr. Philip Brey (promotor
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, prof. dr. Philip Brey and vice leader, prof. dr. Sabine Roeser. You implement policies outlined by the Daily Board (which, besides yourself, includes the programme leader, the vice programme leader, a
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the research programme. You do this in consultation with the programme leader, prof. dr. Philip Brey and vice leader, prof. dr. Sabine Roeser. You implement policies outlined by the Daily Board (which, besides
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in the Netherlands, collectively known as the Brainport region. Many global leaders in technology like ASML or Philips are based in the fastest growing region in the Netherlands. The School
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the major hub of the technology sector in the Netherlands, collectively known as the Brainport region. Many global leaders in technology like ASML or Philips are based in the fastest growing region in
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and technology policy can also be touched upon. This project will be supervised by dr. Naomi Jacobs (first daily supervisor), dr. Janna van Grunsven (second daily supervisor) and prof. dr. Philip Brey
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interviews on 13 May 2024. The first round can be online via MS Teams. The preferred starting date is 1 September 2024. Additional comments For more information, please contact Dr Philip Kraaijenbrink
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at the bachelor’s and master’s levels. Please get in touch to find out more details about the content of the project. The primary infrastructure for MRI research at the Mars lab is a new Philips Ingenia 3T scanner