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for controlling protein levels and guiding development. In the Ruijtenberg lab, we study these mechanisms using a combination of genome-wide sequencing and single-molecule imaging approaches, aiming to understand
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software tools. An important component is also to investigate how we can improve the cooling of such systems and enhance the role of active control to further enhance the output of the system. An important
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their applications for quantum science and technology. We use a combination of quantum optics, magnetic resonance and nanoscale fabrication to detect and control individual spins associated to defect
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behaviour under controlled light and visual environments. This will allow you to explore the underlying mechanisms that shape swarming rules and to validate your field-based findings. The broader aim
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development and its feasibility test, the PhD candidate will also design medical research experimental protocol for both healthy control population and target patient population, apply for the protocol’s
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-reciprocal interactions between migrating cells Owing to their active nature, interactions between migrating cells can be non-reciprocal. However, the extent to which cells control their collective behaviour
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-reciprocal interactions between migrating cells Owing to their active nature, interactions between migrating cells can be non-reciprocal. However, the extent to which cells control their collective behaviour
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- Excellent command of English language (both written and spoken) - Excellent command of (spoken) Dutch language or willingness to learn Dutch Additional Information Benefits We offer you following
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Organisation Job description Project and job description This PhD position is dedicated to advancing autonomous robotic manipulation and control within a textile-sorting cell, where garments arrive
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, we explore how dewaterability of sewage sludge can be improved by actively controlling the composition of extracellular polymeric substances (EPS). EPS play a key role in sludge dewatering as they