The MeB project, resulted from the collaboration between the Scuola Normale Superiore and the Bargello Museums. Its main objective was the development of shared, applied research, aimed at the modernization of the scientific analysis processes and art-historical study of small-scale metal production of the Early Modern age. Moreover, it aimed at elaborating new operational solutions of potential interest for similar cultural contexts, also throughout the use of 3D laser scans.
The invention is a portable device for the detection of traumatic brain injuries (TBI) biomarkers from rapid blood analysis.
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.
The invention refers to a method of processing interferometric image radar data, acquired in multi-pass configurations, for the detection and analysis of multiple components of non-stationary radio backscatter at different altitudes and/or displacement speeds.
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 patented technology consists of a method and a coordinated system of elements for active noise abatement, that is, for the reduction of sound pollution in indoor and outdoor areas and environments.
The present invention relates to an optofluidic microsystem based on photonic crystals and a process for its realisation.
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.
The invention consists of an optical sensor based on the random laser phenomenon, for the characterization of materials capable of diffusing light, such as powders, biological tissues, liquid dispersions and diffusive surfaces.
The system enables to instruct network devices on the actions to perform upon failure or degradations without querying a centralized controller. The system is suitable for use cases such as system margin reduction, white boxes, and OAM
