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program aims to investigate goal-directed movement in Pisum sativum plants by integrating kinematics, morphological-structural analyses of root and foliar systems, and the monitoring of Volatile Organic
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discursive device and semiological construction shaped by regimes of visibility and invisibility, identity dynamics, text–image interplay, and transnational circulation. Activities will include the creation
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on scientific and educational activities in the study of human tissues in their dynamic nature, starting from a morphological-functional approach to understand the processes that determine and control the origin
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focus on semi-active and active control, and the dynamics of agricultural machinery; PREFERRED SKILLS: Participation in scientific conferences related to the research topic; admission to and attendance
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secondments, and structured training in transferable skills. The candidate will be enrolled in a recognized PhD programme and supervised by internationally leading researchers. The TRILOGY network focuses
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learning and deep learning techniques to the biological sciences. The ideal candidate will have expertise in artificial intelligence, with a specific focus on deep learning applications in structural biology
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of quantum networks and to develop a software framework that dynamically adapts the execution of distributed quantum applications to network conditions. The proposed solutions will be integrated and validated
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individual micronutrients (MNs) influence cellular metabolism and mitochondrial function in health and inflammation. Although MN deficiencies and altered intracellular MN dynamics are frequently observed in