ORGANIC FIELD EFFECT TRANSISTORS
Synthesis of conjugated systems and evaluation as organic semiconductors.
ORGANIC SOLAR CELLS
Design and synthesis of Hole Transporting Materials.
ORGANIC LIGHT EMITTING DEVICES
Synthesis of molecular materials suitable for Hole Transporting Layers and Organic Matrices.
BIOCOMPATIBLE MATERIALS
Synthesis of organic fluorofores for cell bioimaging.
ANION SELECTIVE ELECTRODES
Synthesis of ionophores for the fabrication of polymer membranes and sensing devices.
The interest of the Multifunctional Molecular Materials Group focuses on the design, synthesis and study of organic molecules to be applied in organic electronics, supramolecular self-assembly and sensing. Organic synthesis is unquestionably linked to the progress of science and technology. The emergence of new applications in areas as diverse as physics (electronics and photonics), biology (imaging and sensing) or medicine (drug delivery systems and target selective drugs) are very often accompanied by the utilization of organic molecules. This locates chemistry at the frontier of several disciplines where the synthetic molecules with application in different areas get defined as molecular materials.
