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. The successful candidates will be joining the Photon Harvesting in Plants and Biomolecules group led by Prof. Dr. Nicoletta Liguori. Our group combines state-of-the-art methods in experimental ultrafast
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defect engineering in cerium oxide nanoparticles to optimize their redox activity and catalytic properties. This involves aqueous, room-temperature synthesis methods, advanced spectroscopic
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scattering (DLS), and X-ray photoelectron spectroscopy (XPS). - Proficiency in structural and elemental characterization methods, including UV-Vis and fluorescence spectrophotometry, energy-dispersive X-ray
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materials. Fabrication and characterization of complete perovskite solar cells. Tasks: Synthesis and functionalization of materials, especially Pb-free Metal Halide perovskites (MHPs), including all inorganic
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functionalization of materials, especially Pb-free Metal Halide perovskites (MHPs), including all inorganic and 2D materials, and oxides. · Fabrication of functionalized Pb-free MHPs by solution processing methods
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analysing deep shotgun metagenomic data in large cohorts, detecting horizontal transmission). We are mostly computational, but have a small lab component and work in close collaboration with the CRG core
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transition metal dichalcogenides. S/he will carry out process development, documentation of processes and implement the required steps to fabricate the devices using exfoliation methods and deterministic
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dynamic, uncertain worlds. Multi-Objective & Black-Box Optimization: Real-world problems rarely have a single, simple objective. We research methods to navigate complex trade-offs (e.g., performance vs
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the past four years, including: At least one paper with an Impact Factor (IF) ≥ 10, OR One paper in the Journal of Dental Research (JDR). Type B: One JCR Q1 SCI research paper (IF ≥ 5) as first/co-first or
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programs and genome regulation, combining single-cell genomics, chromatin profiling, and comparative genomics methods in a phylogenetically diverse array of eukaryotes. For more details about the lab, visit