SolStiCE
Solid State NMR in Complex EnvironmentApplications of solid state NMR spectroscopy to the study of the structural and dynamic properties of...
Read MoreQuantum Chemistry
Quantum Monte Carlo, Electron Correlation, Quantum Entropy, Density Matrices, Energy Surfaces, Complex Systems Amovilli...
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The Soft Matter Spectroscopy Laboratory ('SMS LAB') is a Research Lab dealing with several topics in Physical Chemistry. Our traditional research...
Read MoreThermolab
Chemical physical, calorimetric and thermo-analytical characterization of: Biological macromolecules and materials for biomedical applications;...
Read MoreMolecolab
Detailed information can be found in the Web Site: https://molecolab.dcci.unipi.it
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PROJECTS
- PRIN 2022 NUTSHELL-NMR Under illuminaTion SHEds Light on materiaLs – PI: Marco Geppi
- PRIN PNRR 2022 In-MoTion- Influence of dynaMics on the adsorption and Transport properties in polymeric materials for membrane technologies – PI: Francesca Martini
- PRIN 2022 ISoTOPe - CombIning Solid State NMR and crysTal Engineering: a novel approach to prObe interfaces in 3D/2D hybrid metal halide Perovskites – Local PI: Francesca Martini
- PRIN 2020 PSI-MOVIE "Photoreactive Systems upon Irradiation: Modelling and Observation of Vibrational Interactions with the Environment", 2022-2025
- PRIN 2022 "Probing and simulating the attosecond dynamics of halogenated amino acids", 2023-2025
- HARVEST, "Learning from natural pigment‐protein complexes how to design artificial light‐harvesting systems", 2018-2020, PRIN Bando 2017
- Quantum-LIP, "A quantum-chemistry based multiscale strategy for Light-Driven Pharmacology”, 2020-2025, FARE Ricerca in Italia
- LIFETimeS: "Light-Induced Function: from Excitation to Signal through Time and Space", 2018-2023, Advanced Grant funded by the European Research Council http://lifetimes.dcci.unipi.it/ https://cordis.europa.eu/project/id/786714
- EnLight: "The interplay between quantum coherence and environment in the photosynthetic electronic energy transfer and light-harvesting: a quantum chemical picture", 2011-2016, Starting Grant funded by the European Research Council https://cordis.europa.eu/project/id/277755