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new methods to design, manufacture, and control novel and micro/nano-robotic systems that mimic motion of organisms. Techniques would be developed to track and control the path of the novel devices
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fields. It is used to monitor climate change, optimise industrial control, as well as observe important chemical or biological reactions related to life sciences. Among several optical methods
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sciences. Among several optical methods for measuring gas concentrations, laser-based absorption spectroscopy with supercontinuum sources is emerging as a promising and effective tool. Our team has
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high-quality genome assemblies; characterize genome organization through Hi-C data analysis and other computational methods; study the evolution of genome-shaping proteins through comparative genomics
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Requirements You have a PhD (or are close to completion) in Sociology, Anthropology, Religious Studies, Media Studies, or a related discipline. You have expertise in qualitative research methods, particularly
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, participatory design, innovation studies, or a related (inter)discipline; an additional background in the sciences is a plus; Experience with participatory research methods that co-shape technologies and
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of qubit arrays, the study of novel control methods for high-fidelity operations, the shuttling of electron spins across the chip, and the use of superconducting resonators for fast spin readout and for
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of ancient Near Eastern archaeology. During the fellowship, the successful candidate will work on their own research. They will design and teach a graduate course on “Methods and Concepts in ancient Near
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sciences, or a related field. You have a strong background in quantitative research methods, including statistical modelling, data analysis, machine learning, and/or GIS analysis. You have proven expertise
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scripts for (pre)clinical dosimetry models. Develop quantitative SPECT imaging methods for 177Lu, 225Ac and other novel radionuclides on a state-of-the-art CZT system. Benefits: Collaboration within a