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brittle minerals into tough materials, like the nacre in seashells, by combining them with soft organic polymers. In this project, we explore a fundamentally different approach. Using 3D-printed concrete as
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. Alternatively, direct ink writing of the same material can be investigated for 3D building. Investigate the concepts of mobility, charge carrier concentration, Seebeck coefficient, and thermal conductivity. The
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(CONCEPT) Research Unit: https://concept.iit.it/ Integrative Nuclear Architecture Research Unit: https://ina.iit.it/ 3D Chromatin Conformation and RNA Genomics Research Unit: https://3d-chrom.iit.it/ Genomic
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Research Engineer or Postdoctoral Researcher (m/f/d) in the field of Engineering Physics or Material
qualification) for research and development into specialty optical fibres Your tasks 3D-printing, extrusion, and chemical purification of structured glass preforms made from fused silica Drawing
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for automated interpretation of crystallography data for optimal ligand placement. Build and curate training datasets linking electron density maps and structural models. Design and evaluate AI models for 3D
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of Veterinary Pathology seeks a highly motivated Postdoctoral Researcher to advance research through the integration of 3D organoid models and multi-omics data analysis. This position will leverage genomic
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obtained (or will obtain before starting) a PhD with a strong Molecular Biology background. Ideal Candidate Qualifications: Experience in one or more areas of iPSC, 3D organoids, and/or mass spectrometry
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mechanics and propulsion, for which the AEROSQIN project constitutes a perfect framework. The candidate will advance techniques for large-scale 3D particle tracking by merging measurement theory and practice
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development into specialty optical fibres. Your tasks 3D-printing, extrusion, and chemical purification of structured glass preforms made from fused silica Drawing of microstructured optical fibres, in
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these processes. The successful candidate will work with animal models and clinical samples and will apply a range of cutting-edge techniques, including flow cytometry, 3D microscopy and transcriptomic analyses