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will be evaluated in a proof-of-principle study planned in the 3rd quartile of 2025. YoPA aims to optimally tailor, implement and evaluate social and physical environmental interventions using
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algorithm(s) for strategic railway timetabling optimizing service quality for railway passengers. The goal is to be able to compute high-quality solutions for large-scale instances, such as the Dutch national
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to optimize crop health and minimize ecological and economic losses. The main milestones of the whole project are: Development and qualification of optical fiber-based multiphoton endoscopic systems
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and Pharmacy. At LACDR, we develop innovative scientific concepts in fundamental and translational research underlying the discovery and optimization of drugs, and personalized medicines. State
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to revolutionize the industry by directly converting digital baseband data to RF power, potentially eliminating traditional analog linear TX chains. This breakthrough enables perfect waveform shaping and optimal RF
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electrophysiology and voltage imaging techniques. You will be responsible for developing and optimizing instrumentation for neural stimulation and recording with state-of-the-art hardware, as well as designing and
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. This project seeks to understand how knowledge exchange within the learning communities can be optimized. That is, to understand whether, when and why learning communities work. In the past 3 years, we have
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. At LACDR, we develop innovative scientific concepts in fundamental and translational research underlying the discovery and optimization of drugs, and personalized medicines. State-of-the-art expertise
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/space-to-place ). These projects focus on improving productivity and resource use efficiency by optimizing fertilization rates on-station and in local farming conditions. Overarching questions are: how
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have access to cutting-edge computational infrastructure and ultrahigh-field MRI facilities. Your key responsibilities will include: Developing, training, and optimizing AI models to simulate brain