Photochemical processes that affect the different thermodynamic and kinetic states of libraries based on hydrazonic and acylhydrazonic compounds. We focus on studying libraries of combinatorial dynamics based on acylhydrazonic compounds, where their content can be modulated through physical effectors such as light and heat, as well as chemical effectors such as metallic ions and pH changes.

We apply quantum chemistry methods for the analysis of the electronic structure of molecules, especially methods based on Wave Function Theory (WFT) and Density Functional Theory (DFT) in the prediction of optical and magnetic properties of molecular materials. Currently, three thematic axes of research define our interests in this line: Electronic structure, electronic spectroscopy, magnetic coupling. In the three thematic elements, compounds with potential application in the design of biomimetic photocatalysts, as well as and photoconductive and photomagnetic molecular materials, are studied.