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of Engineering Sciences brings together a large part of the University’s Bachelor of Science in Engineering and Master of Science in Engineering programmes in fields such as energy engineering, mechanical
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initiative on composite SSB with seven postdoctoral positions in several disciplines, focusing on various aspects along the battery value chain, ranging from synthesis, cell assembly, characterization
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and development of advanced battery binders and solid-state electrolytes for next-generation energy storage systems. Battery binders play an important role in maintaining electrode stability, improving
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energy efficiency and electrification in areas ranging from transport and production systems to communication solutions and biomedical engineering. The Division of Communications, Antennas, and Optical
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HIBEAM/NNBAR at ESS and – most relevant for this project – LDMX at SLAC (https://confluence.slac.stanford.edu/display/MME/Light+Dark+Matter+Experiment ). We exploit synergies across these projects, and our
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immunological readouts, we aim to decipher how mechanical and biochemical cues within the TME collectively regulate immune cell infiltration, activation, and therapeutic response. This work addresses a critical
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energy efficiency and electrification in areas ranging from transport and production systems to communication solutions and biomedical engineering. The Division of Communications, Antennas, and Optical