Technologies
XRQTC
- Heterogeneous Catalysis
- Homogeneous Catalysis
- Biocatalysis and design of new enzymes
- Design and optimization of catalysers for enantioselective processes
- Modeling of silica supported catalyst as an additional tool for catalyst characterization and optimization
- Computer aided design of drugs and flavor enhancers
- Database of synthetic aminoacids for nanobiology and nanomedicine applications
- Optimization of molecules with pharmacological activity
- Biomolecular recognition in drug design
- Design of chelating compounds with potential applications in Alzheimer’s disease
- Nanotechnology applications
- Study and forecast of new materials
- Prediction of polymorphs in crystalline systems with technological potential
- Optimization of processes and materials related to the environment and nanotechnology using molecular modelling
- Software development
- Aplication of modelling and simulation techniques for improving synthetic processes
- Forecast and evaluation of materials photochemical properties
- Silicon materials modeling: zeolites, argyles, crystal and amorphous silicon
- Dynamic and kinetic of gas phase reactions
- Continuous measurements of form and symmetry
- Calculus of non-linear optic properties
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