Chemistry https://www.unife.it/it/ricerca/visiting/curie/ospitalita/chemistry https://www.unife.it/@@site-logo/Unife_nero PNG.png Chemistry Advanced classical and ab initio atomistic and molecular simulations to study processes in condensed matter chemistry and physics with applications to renewable energies and beyond Drug delibera, nanotechnology, microfluidico, microencapsulation, biomaterials Corrosion and corrosion protection of metals Adsorption processes on micro and mesoporous materials; interfacial phenomena; environmental analysis; analysis and purification of biomolecules; food chemistry; nanoparticles; solution complex-formation equilibria between biomolecules and metal ions Photoelectrochemistry. Solar Energy Conversion. Electrode materials 1) Artificial Photosynthesis - 2) photoinduced proton-coupled electron-transfer processes in supramolecular assemblies - 3) photochemistry and photophysics of coordination compounds for potential applications in optoelectronic devices Conversion of biomass-derived feedstocks into high added-value molecules for the fine chemical and polymer industries through bio- and organocatalytic strategies Exploring novel organocatalytic strategies for bio-based polymer synthesis through step-growth and ring-opening polymerization
Chemistry https://www.unife.it/it/ricerca/visiting/curie/ospitalita/chemistry https://www.unife.it/@@site-logo/Unife_nero PNG.png Chemistry Advanced classical and ab initio atomistic and molecular simulations to study processes in condensed matter chemistry and physics with applications to renewable energies and beyond Drug delibera, nanotechnology, microfluidico, microencapsulation, biomaterials Corrosion and corrosion protection of metals Adsorption processes on micro and mesoporous materials; interfacial phenomena; environmental analysis; analysis and purification of biomolecules; food chemistry; nanoparticles; solution complex-formation equilibria between biomolecules and metal ions Photoelectrochemistry. Solar Energy Conversion. Electrode materials 1) Artificial Photosynthesis - 2) photoinduced proton-coupled electron-transfer processes in supramolecular assemblies - 3) photochemistry and photophysics of coordination compounds for potential applications in optoelectronic devices Conversion of biomass-derived feedstocks into high added-value molecules for the fine chemical and polymer industries through bio- and organocatalytic strategies Exploring novel organocatalytic strategies for bio-based polymer synthesis through step-growth and ring-opening polymerization
Advanced classical and ab initio atomistic and molecular simulations to study processes in condensed matter chemistry and physics with applications to renewable energies and beyond
Adsorption processes on micro and mesoporous materials; interfacial phenomena; environmental analysis; analysis and purification of biomolecules; food chemistry; nanoparticles; solution complex-formation equilibria between biomolecules and metal ions
1) Artificial Photosynthesis - 2) photoinduced proton-coupled electron-transfer processes in supramolecular assemblies - 3) photochemistry and photophysics of coordination compounds for potential applications in optoelectronic devices
Conversion of biomass-derived feedstocks into high added-value molecules for the fine chemical and polymer industries through bio- and organocatalytic strategies
Exploring novel organocatalytic strategies for bio-based polymer synthesis through step-growth and ring-opening polymerization