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-of-equilibrium, with particular emphasis on the link between microscopic descriptions and emergent macroscopic laws. In particular, the project will aim at: (i) characterizing stationary measures for interacting
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electrochemical, microscopic, and spectroscopic techniques to establish structure-property relationships that support the optimization of the sensor. Where to apply Website https://apps.unive.it/domandeconcorso-en
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of ancient skeletal remains using advanced microscopy techniques”. The research activity will focus on the histological, morphological, and microscopic analysis of bone and dental samples from funerary
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highly scattering materials, aiming to understand how structural, compositional and microscopic properties affect light scattering, absorption and propagation. The project combines experimental
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2.0 project. The end station now comprises an advanced angle-resolved photoemission microscope equipped with an MB Scientific AB Ultra High Resolution Photoelectron Analyzer, a wide-angle acceptance
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. Furthermore, the candidate will be involved in the production of recombinant proteins and their analysis using spectroscopic and microscopic analyses. The project will also involve the analysis of protein
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collaborations with both EU and non-EU world-leading groups. Within the research team, your main responsibilities will be: Use of Electron Microscopes (including an aberration corrected TF Spectra 300 S/TEM
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immunostainer, Leica AT2 and Leica CS2 Slide Scanners, for Whole Slide Imaging, Zeiss Axio Imager 2 microscope equipped with Apotome.2 structured illumination and HALO (Indica Labs) software for advanced image