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PhD candidate to join our project “Study of Phage-Inducible Chromosomal Islands (PICI) and their helper phages inter-relationship, key in virulence and bacterial adaptation." in the field of structural
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equipment necessary for device nanofabrication (UV, e-beam lithography, etching, metal deposition), High-resolution X-ray diffraction characterization, cryogenic chambers for transport, structural (Raman) and
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elements. By carefully designing the multilayer structures, we will tune field-like and antidamping-like torques, and enable efficient magnetization vector switching in in-plane or out-of-plane magnetized
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on top of the superlattice. The characterization of the structural, electronic, and optical properties of these heterostructures will be carried out by combining scanning tunnelling microscopy (STM
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classified in five main research fields (Sciences, Social sciences, Engineering-Construction, Humanities & Health sciences) with consolidated prestige in research & scientific publications. Further information
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Skills/Qualifications Knowledge of structural characterization techniques (TEM, SEM, IR, AFM) and fluorescence spectroscopy will be valued. Experience and knowledge in materials synthesis will be
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infrastructure. Selected candidates will benefit from the ICN2 PhD Programme, which comprises a structured training path with scientific seminars, and technical and transferable skills training throughout
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of nanoresearch in a stimulating environment with access to outstanding research infrastructure. Selected candidates will benefit from the ICN2 PhD Programme, which comprises a structured training path with
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with detailed biochemical and cellular assays and collaborates closely with other groups working on computational and structural biology to study molecular mechanisms and networks of alternative splicing
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of human resources in research. UBU has 96 research groups classified in five main research fields (Sciences, Social sciences, Engineering-Construction, Humanities & Health sciences) with consolidated