Our research focuses on the computational discovery and design of new organic materials for application in optoelectronic devices used in clean energy production and with low energy consumption (photovoltaic devices, OLEDs, OFETs), with efforts in the understanding and characterisation of fundamental photophysical processes occurring in such devices.
Our research activity adopts a ONE HEALTH approach while applying post genomics (proteomics, metabolomics), cell biology, biochemistry, computational biochemistry and AI in Life Sciences, sustainable pharmaceuticals and circular bioeconomy.
The research group focuses on the study of molecular interactions in complex systems and matrices through the combined use of various analysis techniques, including nuclear magnetic resonance ( spectroscopy, capable of monitoring all components present in a sample in a single experiment.
The research group focuses on: - Spectroscopic and spectrophotometric analyses. Use of EPR spectroscopy for traceability, quality, and safety determination in agri food supply chains. use of fishery and agricultural by products for the production of innovative materials. synthesis and characterization of melanin like polymeric materials. methods for enzyme immobilization on nanosystems for industrial applications. Life Cycle Assessment (LCA) analysis of processes and products
The research activity mainly concerns with the development of new materials for environmental and biomedical applications, through: chemical and electrochemical deposition of surface layers of organic, inorganic and hybrid materials. the study by voltammetric techniques of inorganic/organometallic complexes and molecules. characterization of composition and structure of solid surfaces and nanoparticles. spectroscopic characterization
AELab has consolidated experience in the modeling and characterization of metasurfaces and metamaterials and in the design of innovative microwave antennas and devices, acquired during research projects both on behalf of industries and international agencies
The invention consists of a smart, inexpensive and biocompatible nanomaterial with custom-designed bioactivity.
The method proposed is designed to produce individualized face masks that are well tolerated by small patients
The patented invention relates to techniques for fabricating composite polymer microstructures and not applicable to the field of Textile Engineering.
Tthe invention aim is to provide a method for the fabrication of silicon micromechanical resonators that are temperature stable and therefore integrable with consumer electronic devices.
