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partners (e.g., Province of Noord-Brabant, Tilburg Municipality, RVO, Enexis). Together, the consortium investigates the role of social dynamics in the energy transition. Job description Within the SYNERGY
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information science. Good knowledge of mathematical and theoretical physics methods of describing random processes and random fields. Experience with analytical and/or numerical methods for modelling qubit dynamics
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controlled perception-action cycle that carefully considers uncertainty and risk, so should the behavior of an autonomous agent. But this is not trivial to attain. For example, the dynamics of the environment
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Help shape the future hydrogen economy by exploring the dynamic values at play in this complex transition. Job description The hydrogen economy is gradually materializing. What are the underlying
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production speeds to balance output, equipment deterioration, and energy consumption in manufacturing, or designing dynamic pricing and allocation policies in rental systems to match supply with fluctuating
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and random fields. Experience with analytical and/or numerical methods for modelling qubit dynamics. Ability to work independently and collaboratively in a research team. TU Delft Delft University
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, hydrodynamics, sediment dynamics, and chemistry shape estuarine and delta environments in the face of climate change and human interventions. We link fundamental science to societal needs, with a focus on
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, which will look into the dynamics of public health cooperation in the city of Tangier. You will: conduct research within the period of appointment in the Netherlands as well as at archives in Europe
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to utilise material platforms that exhibit multiwell behaviour. One challenge here is to understand and control the dynamic response of the system for complex input signals. Your goal will be
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affect young populations across the globe. At ASCoR and within YME, you will join a dynamic, supportive research community that values collaboration, innovation, and real-world impact. Based in Amsterdam