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task assignments and robot behaviors according to the evolution of the scenario and the interaction with human operators. The proposed methodologies will be implemented within ROS/ROS2 middleware and
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for research in structural biology of membrane proteins. Our lab investigates the structure, mechanism and evolution of several types of membrane proteins using biochemical, biophysical, and
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aimed at studying the role of demography and selection to evolution in long-lived trees. The researcher will analyze full-genome resequencing data from green ash (Fraxinus pennsylvanica), a species
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Description We have an opening for a Postdoctoral Researcher to investigate material reactions and interface evolution through controlled high-temperature experiments and quantitative electron probe
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evolution of materials, focusing on (electro)chemical and/or (electro)chemo-mechanical degradation mechanisms. You will be part of an interdisciplinary team of computational and experimental materials
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evolution of materials, focusing on (electro)chemical and/or (electro)chemo-mechanical degradation mechanisms. You will be part of an interdisciplinary team of computational and experimental materials
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. We use this framework to study: Multi-agent Systems and AI, Social Systems, and Models in Biology and Evolution. Please check our publications for more details: http://garciajulian.com [1
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. We use this framework to study: Multi-agent Systems and AI, Social Systems, and Models in Biology and Evolution. Please check our publications for more details: http://garciajulian.com [1
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-water interfaces, from ambient conditions to extreme P,T conditions, close to and beyond the critical point of water. The applications targeted cover bubble nucleation during hydrogen evolution reaction
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-water interfaces, from ambient conditions to extreme P,T conditions, close to and beyond the critical point of water. The applications targeted cover bubble nucleation during hydrogen evolution reaction