Doctoral student in magnetic resonance for the study of granular systems
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Job summary
ETH Zurich invites applications for a Doctoral student position in magnetic resonance to study granular systems in Zurich. The project investigates dynamics, including internal particle structure and deformation processes, using MRI methods in a physics/engineering context.
The position is ideal for physicists and engineers with a strong interest in MRI and complex granular materials, ready to work with advanced instrumentation and contribute to methodological development in experimental physics.
Qualifications
- PhD level in physics or a closely related field.
- Experience with magnetic resonance techniques.
- Interest in granular materials and experimental physics.
Skills
Education
Job description
Not specified
ETH Zurich is advertising Doctoral student in magnetic resonance for the study of granular systems in Zurich, addressing this eth zurich phd uses magnetic resonance to investigate dynamics of granular materials, including internal particle structure and deformation processes.
This ETH Zurich PhD uses magnetic resonance to investigate dynamics of granular materials, including internal particle structure and deformation processes.Who This Opportunity Is Best Suited For:Based on the documented scope, the opportunity may be particularly suitable for physicists and engineering researchers interested in MRI methods and complex granular systems.Potential Challenges / Who May Find It Less Suitable:The project combines advanced instrumentation with physical interpretation; it is not a clinical MRI placement.Overall Opportunity Assessment:The methodological focus on magnetic resonance and granular materials gives this appointment a specific research orientation. Applicants should assess their background against the documented role requirements and constraints.
magnetic resonance granular materials experimental physics
Level PhD
Organization Type University
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