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-The planned research activity is part of the FIS 2 Project "HYDRAE: Development and characterization of high entropy oxides for hydrogen production" and aims to synthesize innovative materials known as high
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local dynamic modifications induced by laser at different time and energy scales in thin films of metal oxides (transparent conductive oxides). The idea is to provide energy with precise spatial and
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process for an indefinite employment contract within the framework of a Line of Research: R&D line: Application of advanced oxidation (AOP) processes for water treatment https://www.upv.es/entidades/SRH
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in strongly correlated oxides and their interfaces. This is a full-time position with benefits. The candidate will primarily work with Prof. Tula R. Paudel in the Physics department in close
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sustainable fuel production and long-term decarbonization of the chemical industry. In recent years, catalysts based on oxide–metal and oxide–intermetallic interfaces have emerged as particularly promising
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photocatalytic systems based on titanium and iron metal oxides, modified with ligno-humic compounds and related carbonaceous derivatives extracted from sewage sludge. Where to apply Website https
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analytical data in cellar contexts (pH, SO2, phenolic content) combined with rapid analytical fingerprinting methods (voltammetry, spectroscopy, others). Resistance to oxidative, thermal and photo-oxidative
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Description ALS is known to have several distinct subtypes, which limits the success of one-size-fits-all clinical trials. This project focuses on the oxidative stress subtype of ALS and aims to determine
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properties in solid-state plasmonic systems in the presence of disorder" Where to apply Website https://selezionionline.cnr.it Requirements Additional Information Eligibility criteria PhD in physics, chemistry