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an electromagnetic wave, i.e., to behave like a real (organic) antenna. The objective of the project is to understand the electrical properties of plant cells, tissues, and organs. Where to apply Website https
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into the vegetation. Within this European project, the University of Trento (Department of Information Engineering and Computer Science) leads the research activities related to electromagnetic modeling and digital
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commitment will involve activities related to the research topics characterizing the Scientific-Disciplinary Sector IINF02/A – Electromagnetic Fields Where to apply Website http://www.unicas.it Requirements
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of leaves as organic antennas, roots as microbial growth stimulators for energy production, and plants as biosensors. Study of the electromagnetic properties of plant organs in relation to their functional
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the electromagnetic and circuit levels, the use of experimental setups for frequency- and time-domain characterization, and the development of acquisition software and realistic models for the analysis of experimental
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experimentally characterized. These optical structures will be designed using electromagnetic and ray-tracing simulators and manufactured using two-photon polymerization-based 3D printing techniques. Where
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commitment: the activities will concern research topics related to the Scientific-Disciplinary Sector IINF02/A – Electromagnetic Fields Where to apply Website http://www.unicas.it Requirements Research
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“Electromagnetic models for spherical-wavefront U-MIMO THz communications”. Develop electromagnetic models for large antenna arrays with spherical wavefronts. Focus on deriving analytical models and channel limits
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No. 1 scholarship grant for scientific training activities at INFN Structure of Bologna for the following research topic: “Simulation of hadronic and electromagnetic showers for the optimisation of SND@HL