The group works in: development of distributed measurement in the contexts of IoT. development of innovative solutions for environmental energy harvesting. development of data analysis solutions and prototype sensors. implementation of open-source data management and visualization systems.
The resarch activities are dealing with high resolution electron microscopy studies on the functional morhology of eukariotic cell organelles with particular focus on cell motility and control of the cell cycle.
The patented invention is a ground-based synthetic aperture radar (GBSAR) that makes use of drones (UAV) to realize the opening synthesis without weighing the aerial vehicles used.
The invention is a portable device for the detection of traumatic brain injuries (TBI) biomarkers from rapid blood analysis.
The invention consists of a ground-based synthetic aperture radar capable of acquiring both three-dimensional and two-dimensional images.
The invention proposes an intelligent apparatus to be used in open fields or greenhouses for expert irrigation management, ensuring efficient use of the water resource.
The present invention is a field-effect transistor with a two-dimensional channel consisting of a thin sheet of one or more atomic layers of lateral heterostructures based on hybridized graphene.
The present invention relates to an optofluidic microsystem based on photonic crystals and a process for its realisation.
The object of this invention is to provide 3-dimensional nanoresonators which are free and have resonance properties tunable over a wide spectrum of wavelengths
The invention is part of the technical sector of optical equipment for the characterization and diagnostics of integrated photonic circuits, that is, all those circuits capable of producing, propagating and manipulating optical signals that can be used for multiple applications, from sensors to telecommunications.
