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. Our group combines state-of-the-art methods in experimental ultrafast spectroscopy and molecular dynamics simulations: We develop and apply novel ultrafast spectroscopic methods aimed at uncovering how
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encompasses various in silico modeling techniques to cover the multiple spatial scales, i.e. from molecular detailed to multicellular high-level regulatory networks, up to tissue level finite element models
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), such as pharmaceutical antibiotics (e.g., sulfonamides, tetracyclines), nitrates, and metal oxides, among others, in complex water matrices. This is a highly multidisciplinary project covering topics
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be a crucial factor in deploying successful participatory wildfire risk management together with local communities. The postdoc researcher will conduct ethnographic fieldwork on wildfire local
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heuristic optimisation to explore and improve materials candidates-especially 2D/vdW structures-for target electronic/spintronic properties. The postdoctoral researcher will lead the optimisation component
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dynamics of the Rev Recognition Element (RRE) in the HIV-1 RNA and the discovery of antiviral small-molecule agents blocking the complex between this motif and the Rev protein. A consortium of structural
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heuristic optimisation to explore and improve materials candidates-especially 2D/vdW structures-for target electronic/spintronic properties. The postdoctoral researcher will lead the optimisation component
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) of a neuromorphic trainer for artificial neurons and synapses based on metal spintronics. Electrical measurements in three-dimensional systems and magnetic tunnel junctions. Analysis of measurements and
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photosynthetic membranes. Specifically, pump-probe ultrafast nanoscopy of transport in model OPVs and light-harvesting complexes. Specifically, advance structured excitation methods for low light level exciton
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-sensitive elements can enable filtering, switching, or modulation functionalities within an integrated photonics framework. Share this opening! Use the following URL: https://jobs.icfo.eu/?detail=1046