carbon, nanomaterials, superconductors and high-temperature conductive materials) with wide application in industry and medicine, but also aeronautics and oceanotechnics. In addition, scientists at the Center are dealing with issues related to the technology of manufacturing and obtaining innovative structures and instruments, material recycling and metrology. Within the Center, there are scientists from the field of material engineering specializing in chemistry, physics and solid state electronics, electrochemistry, polymer chemistry, biomaterial engineering, surface engineering and physicochemistry of metal materials. Research teams already have a number of successes in this area, e.g. research on atomic and electronic structures and chemical composition have allowed the discovery of new superconductors. Scientists have also developed photo-catalysts that allow the oxidation of pharmaceuticals that are not susceptible to biodegradation. In turn, modification of road bitumens with polymers allowed for the development of a wide group of so-called polymer-asphalt binders (binders connecting loose materials into a homogeneous mass), characterized by better resistance to environmental factors and changing temperature conditions. The results of the Center's activity will be the development of materials for the storage of electricity from renewable energy sources (including wind farms, solar panels, etc.), which will meet the current trends in the energy market and the challenges of today's world. Thanks to the work of Gdańsk University of Technology scientists, it will be possible to create new ways to store and convert excess energy in innovative batteries and supercapacitors, but also to use them at a later time using photovoltaic devices and electrolysers. Research will also be conducted here on carbonaceous materials (including diamond-like ones) that can be used in biosensor systems or for the utilization of impurities. Further research teams will work among others on materials for regenerative medicine, as well as on materials for generating strong magnetic fields. The work of scientists within the Advanced Materials Center focuses on manufacturing innovative materials Digital Technologies Center develops technologically advanced solutions in the field of electronics, IT, automation, robotics and mechatronics as well as telecommunications. Researchers are working to improve the broadly understood safety and comfort of society. They will enable an increase in the efficiency of enterprises and institutions by preparing systems for more efficient management of their structure. Research teams in the Digital Technologies Center are also working on projects in the field of robotization and automation. They will create innovative design techniques and production technologies that will allow the development of completely new