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. Central in your project will be the skyrmion – a nanoscale, whirling magnetic texture. Skyrmions are topologically protected and act like particles; they can be created, moved and annihilated – ideal
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to predict the hydrodynamics and heat/mass transfer in a complete reactor containing millions to billions of particles with basic wall heating. The precise type of reactor will be chosen in collabaration with
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self-organization of active particles. § Fabricate and characterize light-driven microswimmers. § Use advanced optical microscopy and particle tracking to analyze their motion and interactions
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Centre for Preclinical Imaging, a leading preclinical imaging centre with access to advanced technologies including MRI, PET, CT, SPECT, ultrasound, photoacoustic imaging, magnetic particle imaging (MPI
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, and materials science. In this PhD project, you will: § Develop an experimental platform to study 3D self-organization of active particles. § Fabricate and characterize light-driven microswimmers
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. You will develop methodologies to design, make, screen, and test de novo proteins for incorporation in a particle-based continuous sensing platform with single-molecule resolution, called Biosensing by
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elementary particles and the birth of the universe to the functioning of the brain. You will work at the Swammerdam Institute for Life Sciences (SILS), one of the Faculty of Science’s largest institutes. Its
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, biophysics, and materials science. In this PhD project, you will: § Develop an experimental platform to study 3D self-organization of active particles. § Fabricate and characterize light-driven microswimmers
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Curious about how dense particle flows defy the usual rules of laminar and turbulent motion? Join our ERC project and use MRI to uncover these flows. Job description Inertial Dense Suspensions (IDeS
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Is the Job related to staff position within a Research Infrastructure? No Offer Description Are you interested in theoretical and experimental research in the fields of particle and astroparticle