Lead MEG Neuroscience Researcher: Brain Dynamics
University of Oxford
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Benefits offered by this job
Job summary
The University of Oxford invites applications for a researcher to lead a program investigating brain dynamics and adaptive white matter plasticity. You will design MEG-based experiments (SQUID/OPM) and develop dynamical-systems models translating mechanistic knowledge into biomarkers for psychiatric conditions.
The role is funded for 2 years, with hybrid working options and a strong emphasis on collaboration and high-impact publications. A PhD in Neuroscience or related field is required.
Qualifications
- PhD/DPhil in Neuroscience or closely related discipline with strong publication record.
- Specialist knowledge of white matter plasticity and myelination.
- Ability to translate neuroscience into computational and dynamical-systems models.
Responsibilities
- Design and lead an original research programme on long-range white matter projections and adaptive brain plasticity.
- Translate mechanistic knowledge into dynamical systems and whole-brain modelling.
- Conceptualise, design and execute MEG-based experiments using SQUID and next-generation OPM systems.
- Identify dynamical systems biomarkers relevant to psychiatric conditions.
Skills
Education
Tools
Job description
The University of Oxford invites applications for a researcher to lead a program investigating brain dynamics and adaptive white matter plasticity. You will design MEG-based experiments (SQUID/OPM) and develop dynamical-systems models translating mechanistic knowledge into biomarkers for psychiatric conditions.
The role is funded for 2 years, with hybrid working options and a strong emphasis on collaboration and high-impact publications. A PhD in Neuroscience or related field is required.
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