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to the development of integral process concepts for CA products based on mammalian cell culture. Key focus points: Gene editing for the engineering of new or improved phenotypes into a variety of mammalian cell lines
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) structural members offer significant potential for ships, including reduced weight, corrosion resistance, enhanced strength-to-weight ratio, optimized performance, noise and vibration reduction. These can lead
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achieved by increasing the number of transmit and receive antennas, which lead to higher cost, processing and thermal requirements. This has motivated the use of sparse multiple-input-multiple-output (MIMO
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UNESCO Historic Urban Landscape approach. The PhD researcher will be employed to co-lead Work package 7 and to connect heritage approaches to research by design. The research has three goals. To produce
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help solve societal challenges. Their on-going development raises practical design issues as well as fundamental physics questions: how to manipulate and measure a quantum state quickly and reliably? How
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process, which is currently in the hands of transport operators and freight forwarders. The PhD candidate is expected to deliver insights on how a booking platform should be managed when the shipper has
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We are seeking a highly motivated PhD student to work on stable CO2 hydrogenation catalysts using atomic layer deposition. Within the endeavour of the energy transition, it is essential to develop
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PhD Researcher will be helping to lead a €2.2 million project on ultra-thin photonic crystal sails for next-generation space travel -- the project is in collaboration with the Breakthrough Prize
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bioprocesses still have. This effort includes quantifying the impact of various process routes as well as creating micro-organisms (or consortia thereof) that can deal with new feed stocks or produce more
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under uncertainty for the multi-objective development of large-size (e.g. several gigwatts) of multi-energy systems. The research will lead to computationally efficient and scalable stability simulation