Results

The study “Global Hydrogen Trade to Meet the 1.5°C Climate Goal: Green Hydrogen  Cost and Potential ” is part of a series of three reports focusing on the global hydrogen trade and published by the  International Renewable Energy Agency (IRENA). The report is dedicated to the costs and potential of green hydrogen and was prepared in collaboration with Fondazione Bruno Kessler and Enel Foundation.

The initiative is organized by Fondazione Bruno Kessler and Cooperativa Kaleidoscopio, in collaboration with local governments and with the support of ITAS Mutua and Casse Rurali Trentine.

The 5G-CARMEN project, funded by the European Commission and coordinated by the Bruno Kessler Foundation, demonstrated the outcomes of an autonomous driving pilot that connected low latency, autonomous and assisted driving vehicle functions using a 5G mobile network.

Head of Data and Knowledge Management Research Unit at FBK, his reaserch interests include Knowledge representation, Artificial intelligence, Semantic Web, Applied Ontology and Neuro-Symbolic architectures.

The device was found to be one of the best in Europe in the Horizon 2020 Position II project

The document "Shaping the AI Transformation: The Agency of Religious and Belief Actors" addresses the issue of the increasingly relevant and massive advent and spread of AI in society, offering 10 recommendations for shaping this new tool and making sure that its use is fair and respectful of the diversity of individuals.

The study "Top-down convergence of near-infrared photonics with silicon substrate-integrated electronics", published in "Optica" (October 2021) and funded by the joint laboratory Quantum @ Trento, is the result of FBK's proven experience in the production of photonic devices and integrated silicon detectors.

Ghost imaging exploits the quantum correlation between two photons to transfer the information collected from one photon to another. At the Quantum @ Trento laboratory we are working to move from theory to practice and use this technique to build high-precision, low-cost and small-sized instruments for environmental applications (for example for air quality control) and medical (such as in-vivo analysis of biological tissues for diagnostic microscopy, e.g. for the detection of tumor cells).

Modern 3D optical measurement techniques allow you to inspect industrial components for quality control with great versatility, precision and also low cost.

With many new features, a freely and user friendly platform to independently conduct a number of analysis for which at the moment there is no other online resource available

Final report following the Artificial Intelligence and Religion webinar series (AIR 2020/21) by the FBK-ISR Center for Religious Studies, and relaunch with new knowledge challenges.

Three-year agreement for the development of innovative solutions to support the ecological transition of our country.