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The main research lines offered for research training and doctoral thesis development are:
• Supramolecular chemistry and anions recognition, Enrique García-España
• Molecular conductors and superconductors, Carlos J. Gómez
• Coordination Chemistry Applications on Molecular Magnetism, Miguel Julve
• Materials for molecular electronics: OLEDs preparation and study, Henk Bolink
• Theoretical modelling of electroactive molecular materials of interest in molecular electronics, Enrique Orti
• Laminar nanostructured materials with electrical or magnetic properties, Antonio Ribera
• Molecular nanomagnetism, Eugenio Coronado
• Molecules for molecular spintronics, Eugenio Coronado
• Multifunctional Molecular Materials, Eugenio Coronado
• Theoretical modelling of molecular magnetic materials, Eugenio Coronado
• Applications of synchrotron radiation in molecular systems, Juan Francisco Sánchez Royo
• Bistable Molecular Materials, José Antonio Real
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• Molecular Electronics: Molecular Lasers, María Angeles Díaz
• Ab-initio calculations of electronic transport in magnetic molecules, Joaquin Ignacio Fernandez Rossier
• Molecules and nanomaterials electronic and magnetic characterization by proximity microscopy techniques (STM, AFM) at low temperatures, Carlos Untiedt
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• Manufacture and study of organics and Graetzel molecular solar cells, Juan Bisquert
• Direct production of fuel from sunlight, Juan Bisquert
• Molecular conductors based on coordination chemistry, Rosa Llusar.
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• Structural characterization of molecular materials and their properties using X-ray diffraction, Catalina Ruiz
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UNIVERSIDAD DE CASTILLA LA MANCHA |
• Photoinduced electron transfer. Application in organic and Graetzel solar cells, Fernando Langa
• Synthesis of new [60]fullerene and [70]fullerene derivatives: characterization and electronic properties study, Fernando Langa
• Carbon Nanotubes functionalisation and applications in optoelectronic devices, Fernando Langa
• Microwave energy application in fullerenes and carbon nanotubes, Fernando Langa
• Molecular Organic Nanomaterials. Molecular electronics, Fernando Langa
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