The richness of host-guest chemistry is applied in Metal-organic frameworks and single-molecules included into the deeper cavities. The energy transfer phenomena are rationalized using DFT modelling to reveal new optical properties. The energy transfer occurs in ground and excited states, and the effect of guest molecules should be rationalized  for the design of synergistic host-guest material based on MOF systems

Study of Magnetic coupling in coordination compounds, the electronic properties of transition metal cluster displays applications for devices due to this high-sensible properties. Magneto-structural characterization supported on DFT calculations and experimental magnetic curves fitting aims the understanding of magnetic nature and further magnetic applications

Supramolecular chemistry plays a outstanding role in different systems. The interactions between molecules, ionic liquids or nanoparticles give rise to form supramolecular arrays with several applications such as   in sensors and catalytic materials science. Intermolecular interactions and their stabilizing effect support further potential applications.

Surface chemistry of 2D materials are versatile platform for the development of new electronic, optic and/or magnetic devices. The stabilization of species/molecules adsorbed onto these kinds of platforms generate new interactions, modulating thus different properties. The specific interactions with different natures should be understood for the design of new 2D-material