The advanced energy materials laboratory (LAEM-Lab) of the Institute of Chemistry of Organometallic Compounds (ICCOM-CNR) is located at the National Research Council (CNR) research area of Florence and its principal activities are: the synthesis and characterization of inorganic, organic and organometallic compounds for various green chemistry applications; the synthesis and the characterization of anodic and […]
Read MoreThe research activity of the team is focused on the synthesis, functionalization, and characterization of magnetic materials with particularly emphasis on molecular magnets and magnetic nanoparticles. At present, the main research areas cover: i) the development by colloidal chemistry of biocompatible magnetic nanomaterials for theranostic applications (MRI, magneto-mechanical therapy and magnetic fluid hyperthermia), magnetic-plasmonic nanostructures […]
Read MoreThe LEaF-Lab, located within the CNR-ICCOM Sesto Fiorentino Site, has as its main object of activity the design, synthesis and characterization of organic and organometallic compounds, as well as materials with potential applications in technologies for the conversion of solar energy. The latter range from new generation photovoltaic cells, capable of converting light into electricity, […]
Read MoreMaRS-Lab is a research laboratory located at the CNR-ICCOM secondary office in Pisa. It is dedicated to the study of solid and soft systems and materials by means of advanced Magnetic Resonance techniques. The main activity of the group is focused on the set-up and application of the most modern techniques of Nuclear Magnetic Resonance […]
Read MoreThe PMC-Lab group, located within the CNR-ICCOM Pisa Secondary Site, is currently composed of three permanent researchers and one laboratory technician. The group is interested in polymer functionalization by post-polymerization methods, polymer blends, polymer composites and nanocomposites from bio-based and petroleum-derived polymers. Particular focus is on the immobilization of active species in 2D layered materials […]
Read MoreThe THC2-Lab at the CNR-ICCOM Pisa Secondary Site involves 4 permanent and 3 fixed-term research scientists, together with numerous students and university associates, thus representing one of the largest research teams settled in a single CNR Institute and working in the field of molecular modeling and theoretical and computational chemistry. Our research is aimed at […]
Read MoreCNR-ICCOM contributes with research activities dedicated to the development of the international Mission Innovation initiative, launched internationally within COP21, with the aim of promoting research and development and creating renewable energy technologies for carbon neutrality. These objectives were extended in 2021 to initiatives such as the European Union Green Deal and the National Recovery and […]
Read MoreThe design, synthesis, advanced characterization and computational study of materials carried out by CNR-ICCOM are applied in different sectors of chemistry and physics, with strong interactions and synergies with other thematic areas, such as chemistry for energy, green chemistry and sustainable processes, chemistry for health and life sciences and the conservation of cultural heritage, thanks […]
Read MoreThe treatment of rare and disabling diseases is one of the challenges for the health sciences of the third millennium. To pursue this goal, CNR-ICCOM carries out research activities concerning the application of magnetic nanoparticles, 2D materials and DNA sequences rich in guanine as therapeutic agents in the treatment of cancer, the application of hydrogels […]
Read MoreAnalytical and bioanalytical methodologies CNR-ICCOM develops at ABC-Lab of the Secondary Site of Pisa new methodologies and instruments for the determination and characterization of elements, chemical species and biomolecules at trace and ultra-trace levels in biological, clinical and environmental samples using atomic and electrochemical spectrometry methods , chromatographic and separative techniques coupled with UV / […]
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