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. Expected Work: The selected candidate will conduct research at the intersection of wireless communications, signal processing, and control theory, aiming to develop cutting-edge algorithms for joint
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. More specifically, the doctoral program has four different specialization tracks: - Complex Systems and Networks (CN) - Computational Mechanics (CM) - Learning and Control (LC) - Software Quality (SQ
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hydrogel scaffolds, with the resulting magnetic scaffolds applied as mild-heat mediators and drug-delivery building blocks. The response of these materials to different physical stimuli (photo-irradiation
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of CNC-Au-LA with different loading of N3-tagged HER2/OVA peptides and N3-tagged fluorescent probes by CuAAC, and of ammine-bearing carbohydrate fragments via carbamate chemistry; 2) Biomolecular
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molecular characterize new bacteriophages targeting specific human bacteria of different microbiomes by phage enrichment from environmental samples using different bacteria as host iii) test bacteriophages
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-0002-3478-6510). Secondments to other partners of the consortium will be carried out during the project in different periods (total of 6 months) Salary and allowances Duration of the employment: 36
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with cutting-edge imaging technologies. Secondments: The project offers exciting opportunities for visiting research opportunities, allowing the candidate to gain experience across different institutions