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to enable 3D imaging and calibration-free mass concentration mapping. The fellowship holder will then have the opportunity to investigate the uptake of fatty acids by living 3T3-L1 model cells and detection
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operations in shipbuilding, through the following phases: o Analysis of the current process: study of the manual threading process, collection of shop-floor data, analysis of cycle times, tolerances
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spatial resolution and implement quantitative phase imaging to enable 3D imaging and calibration-free mass concentration mapping. The fellowship holder will then have the opportunity to investigate
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release; Conducting assays in 2D cell cultures and 3D glioblastoma tumor models; Evaluation of permeability in in vitro models of the blood-brain barrier (BBB); Study of antitumor activity and the cellular
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interfaces for hand gesture acquisition will be explored, including 2D (tablet) and 3D (accelerometer) movements. 2. Evaluation in a behavioural study: The Post Doctoral candidate will design experimental
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qualification or similar in a composites related field (or equivalent experience of fibre processing technology for composite applications and experience in 3D Weaving and design). Essential Application
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the implementation of a cognitive agent embodied in a humanoid robot Unitree G1 which will collaborate with a human partner to solve a spatial problem (e.g. 3D puzzle). The tasks to be carried out are: (i) scene
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to contribute to cutting-edge research in flat optics, with applications in high-resolution imaging, 3D depth perception, and compact optical devices. Key objectives: 1. Design and Simulate Achromatic
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gesture acquisition will be explored, including 2D (tablet) and 3D (accelerometer) movements. 2. Evaluation in a behavioural study: The Post Doctoral candidate will design experimental protocols to evaluate
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image analysis, spatial transcriptomics, mechanobiology methods, and drug screening assays. The project has the potential to deliver a next-generation research tool and data that may support future