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visit https://orise.orau.gov/marine-energy-research-program/applicants/host-facilities.html . Applicants are not limited to this list. Program Provisions You will receive a competitive monthly stipend
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optimal tuning of dampers, vibration absorbers and feedback control methods, as well as modeling, design and tuning of smart structures devices. The research must relate to applications in the energy sector
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Advance at Chalmers. You find the full list of PIs of these research groups on the Chalmers homepage: https://www.chalmers.se/en/collaborate-with-us/collaborate-in-research-and-innovation/research-related
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characterization, and functional properties of milk proteins and peptides. Our primary research goal is to understand their impact on human health. Our current projects involve developing and optimizing methods
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, energy, and sustainability. In collaboration with the Institute for Climate and Sustainable Growth (ICSG), PME launched the Energy Technology Initiative (ETI) in order to advance next-generation
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cells (hPSCs) are particularly promising, as they can be differentiated into a diverse range of neural cell types. Our lab has successfully optimized protocols for the differentiation of hPSCs
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budgets, and partners with OSU Energy Partners (OSEP) to implement and maintain Energy Conservation Measures (ECMs). Develops strategic plans to optimize facility performance, extend asset lifecycles, and
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. Conventional radiographic techniques lack the penetration and resolution needed for dense, heterogeneous matrices. High-energy (megavolt, MV) computed tomography (CT) using a linear accelerator (LINAC) offers a
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Optimization of energy system design with application of smart sensors and controls, integration of renewable energy sources and heat pumps Application of artificial intelligence/machine learning for real-time
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optimization Multiphysical modelling Acoustic systems High Performance Computing Applications in the medico, biomechanical and energy sectors Candidates for the professorship must demonstrate remarkable