Seminars and training courses (theoretical and practical) on robotics (industrial, mobile, etc.).
Technical advice on the synthesis and laboratory-scale preparation of chiral and non-chiral organics.
Analysis of gemstone inclusions by polycrystalline diffraction.
Analysis of chiral organic compounds including the determination of enantiomeric excesses by chromatographic techniques.
Analysis of pigments, glasses and metallic alloys in material goods of cultural interest as a support for their study and characterisation.
Characterisation of graphene on metal, number of layers, defects and doping, by Raman scattering and SPM techniques (AFM, CAFM, KPFM).
Characterisation of materials and nanomaterials using spectroscopy and Z-potential measurement techniques.
Characterisation of the cobalt blue pigment used in Valencian ceramics from Manises-Paterna in the period between the 14th and 20th centuries.
Design of new green catalysts based on functionalised mesoporous supports and nanocomposites containing noble metals.
Design of transparent electrodes for large area, and large scale production of organic optoelectronic devices
Design, optimisation and validation of a Raman spectroscopy system for the study of historical, artistic and archaeological heritage samples.
Determination of chemical composition and spatial distribution in semiconductor heterostructures by a combination of high resolution techniques.
Development of artificial intelligence studies based on anatomopathological, genetic and proteomic data from different tumour samples.
Algorithms for microscopic image analysis and histological interpretation.
Development of new hybrid materials of interest in nanomedicine for diagnostics, therapy and rapid sensors.
Development of new multilayer devices for light emission.
Validation procedures for digitalisation of microscopic specimens.
Master's degree aimed at acquiring advanced training in the techniques and methods of Theoretical Chemistry and its use for the study and simulation of all types of chemical systems and the processes they experience.
Collaboration in gene expression studies in low prevalence tumours.
Use in the different genetic techniques applied to therapeutic stratification.
Modelling and validation of genomic data.
Novel studies histopathology based on microscopic image analysis of extracellular matrix elements.
Identificación de defectos y deformaciones mediante microscopía Raman. Estudio eléctrico, (KPFM y C-AFM) de características I-V en nanoestructuras.
Laser surface marking with application to industrial engraving.
Introducción a la electrónica molecular. Dispositivos optoelectrónicos.
Quantification of different tumour markers for their diagnostic, prognostic and predictive application.
Preparation, characterisation and assessment of mesoporous materials for different purposes.
Non-destructive EDXRF analysis of lithic material, parietal pigments and furnishings from archaeological sites.
Non-destructive analysis of lithic, ceramic and metallic material of particular significance in the Museum's collections.
Optical characterisation of hybrid (semiconductor-metal) nanostructures for optoelectronic and sensor applications.
Collaboration contract with companies.
Organisation of scientific conferences within the framework of the PROMETEO project.
Organisation of the scientific conference "International Meeting on Multifunctional Magnetic Materials".
European High Power Radiofrequency Laboratory.
PhD programme for the completion of Doctoral Theses based on the use of Theoretical and Computational Chemistry for the investigation of all types of chemical systems, the materials in which they are used and the processes they experience.
Physico-chemical characterisation of glass from cathedral stained glass windows.
Postgraduate diploma on materials
Sensors for pollutant gases, drugs, cations, anions, neutral molecules.
Preparation and characterisation of catalytically active materials for oxidation and ammonia reactions.
Preparation and characterisation of materials with application in the production of advanced coatings (thermal barriers, protective coatings).
Preparation and/or characterisation of materials with application in the conventional and advanced ceramics industry.
Collaboration in R&D projects with the Institute of Design and Manufacture of the Polytechnic University of Valencia.
Services and training on fibre optic sensor developments.
Software development for quantitative measurement of the expression of different markers in tumours.
Relationship between genetic alterations and hypoxia-generated tumour phenotype in human tumour samples, xenotransplants and artificial tumours.
Study of infrared sensors for medical applications.
Application of some synthesised dyes as possible bases for solvatochromic scales.
Synthesis and characterisation of polyurethanes
Technical assessment in control and automation engineering projects using robotic systems.
Technical advice and consultancy in the development, characterisation or application of new materials.
Organised by the Faculty of Chemistry and the College of Chemists, the INNOMAT group is participating by teaching a module on chemistry and cement technology.
Translational research in neuroblastoma.
Development of a mobile phone app for pH-measurement.
