The laboratory focuses on research and development in the field of advanced materials and related production processes, responding to the requirements of multiple sectors (aerospace, defence, automotive, electronics, etc.). The goal is to understand the principles underlying the behaviour of materials, addressing all the related scientific aspects (formulas, defects, interfaces, new phenomena), introducing new controlled functionalities and enabling performance prediction capabilities for the final structures. In line with the need for sustainability, the laboratory develops circular production strategies and uses digital tools such as high-fidelity simulations and digital twins, developing hybrid experimental modelling solutions and innovative design paradigms, while also working on the replacement of polluting or toxic raw materials with resources that have a lower environmental impact. Studies are conducted with the twin goals of giving scientific impetus to basic research in this area and identifying specific practical solutions in the various domains of applied research.
Materials
Search Areas
We study different types of nanomaterials and their integration into existing material systems, in order to obtain new properties not present in the original materials, such as regulation of electromagnetic energy, high resistance structures, or customised functioning based on thin film composition. Nanomaterials can offer a wide range of properties in the photonic, electronic, magnetic, structural, mechanical, chemical, nuclear, and biological sectors. In this perspective, research focuses specifically on graphene and its applications: thin films, devices, and integrated composites.
We study the behaviour of materials that improve energy storage and collection for the requirements of various missions on land and in air, space, and water. We focus specifically on photovoltaics, sustainable catalysis, and battery materials.