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a globally recognized hub for pioneering research in experimental and computational fluid mechanics, hydrology, and earth-surface dynamics. For over 80 years, our innovative and adaptable facilities
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deform, crack and fail under a variety of conditions is an important area in terms of cost and safety. When a metal is made - i.e., the liquid is cooled down and it becomes a solid material - crystals
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in human induced pluripotent stem cells (hiPSCs)-derived skin organoids (https://pubmed.ncbi.nlm.nih.gov/38044307/ ), and the generation of vascularized skin organoids (https
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design and occupant safety and a background in Solid Mechanics; Experience in statistical data analysis of crash-related databases (e.g. test data, simulation data, accident data, etc.); Experience working
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properties, a mechanical mode must be cooled down close to its ground state (i.e., down to a few quanta of vibrational energy), which is typically achieved by leveraging the optical field. Sadly, when
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of these systems, holistic system‑level design automation is the logical and necessary next step. Achieving this requires moving beyond domain‑specific solutions by integrating mechanical, electrical, software, data
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combination of novel genetically engineered mice and primary neuron and glial cells to determine the mechanisms underlying tumor-induced nerve injury, discover how such knowledge can be used to develop novel
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. The PhD project will investigate resource-aware Artificial Intelligence (AI) mechanisms for next-generation communication systems. The research will focus on designing computationally efficient, scalable
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(industry, Spain). Your Responsibilities and Duties Interdisciplinary research on cyber-physical system security, with a focus on secure control systems supported by situational awareness mechanisms under
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/QUALIFIATIONS: We are looking for an enthusiastic and rigorous experimental soft matter physicist, physico-chemist, biophysicist or microbiologist with solid experimental skills and a keen interest in