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characterization of new thermometry concepts for ultra-low-temperature applications; • the implementation, optimization, and operation of thin film deposition systems; • thin film deposition and characterization
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activities will consist in: 1. developing steganalysis methods based on incompatibility search (i.e. study the fact that elements of the image are not compatible with natural images). 2. security analysis
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interface of biology and physics, integrating mechanobiology, quantitative imaging and transcriptomics in organoids and tumors. Located within the largest cancer hospital in Europe, our lab benefits from
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of complex fluids -Adaptation of formulations to printing and dispensing processes - Deposition of thin functional layers using printing technologies (inkjet, dispensing, or related approaches
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systems will be highly appreciated. The candidate should also have knowledge of microfluidics and/or organ-on-chip technologies, as well as hands-on experience with at least one thin-film deposition
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the scope of these missions, the candidate will be expected to: - Produce granular samples bonded by a solidified foam, using different types of binders and grains. - Implement 3D imaging techniques (X-ray
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engineering or cell–matrix interactions. Knowledge of cell culture and cell biology. Good understanding of biological imaging techniques and quantitative data analysis. Technical Skills Experience in the design
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of biomechanics, robotics, imaging, and biology, within a stimulating interdisciplinary ecosystem. - main mission: To develop and integrate a robotic platform for multiscale biomechanical testing of murine
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work on the ERC project and use genetics as well as high-resolution in vivo and in vitro imaging to study how T-tubules and the sarcoplasmic reticulum interact with sarcomeres during flight muscle
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developing an AI-based digital twin to generate mechanistic targets and design therapeutic molecules using a dynamic prototype. IROC has generated datasets on mechanistic targets that need to be studied in