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cornerstone for the application of optics and photonics in a manifold of research and technology fields ranging from optical fiber communications, metrology, environmental and medical sensing and imaging, and
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of laser, optical amplifier, and advanced photonic integrated light source technology is a cornerstone for the application of optics and photonics in a manifold of research and technology fields ranging from
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design and characterize disordered optical metasurfaces. Main focus will be theoretical and experimental understanding of the complex optics of plasmonic disordered metasurfaces as well as optical
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developing methods to integrate large and complex molecular datasets with information at individual level, with specific attention to open and reproducible research, e.g., in the development of codes and
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skills and communication abilities. Demonstrate your ability to do structured and tidy work when handling large data sets and complex analyses. Be able to make realistic plans and execute them in time
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downstream-analysis via flow-cytometry. Documented experience with the bioinformatical analysis of large and complex datasets, including single-cell RNAseq and bulk RNAseq data, is required. Ability
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about the department of physics The department incorporates a broad activity within physics with activities in solid state physics/material physics, soft/complex and biopolymer physics, medical physics
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the ability to interpret complex simulation data. Excellent written and verbal communication skills in English, with the ability to collaborate effectively within a multidisciplinary research team
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for this position will specifically contribute to the project by successfully developing methods to integrate large and complex molecular datasets with information at individual level, with specific attention to open
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complex operational environments. Focus will be given to methods that can derive useful engineering information for the continuously updated digital twins using mechanical response data and environmental