Through extensive use of High-Performance Computing, a team at the National Research Council, Italy, challenges the established theory of turbulence.
It is difficult to predict the course of a disease without knowing its past. For this reason, data analysis is taking on an increasingly crucial role.
GARR makes free web conference resources available that will particularly help schools with providing distance learning during the COVID-19 emergency.
Recent research on the Italian volcano Mount Etna, one of the most active volcanoes in the world, may have developed a new tool for predicting eruptions.
Researchers are leveraging the diagnostic power of the data collected from the wearable sensors athletes use to monitor to improve performance.
“Strong winds, storms, heavy rain, heatwaves, and severe frosts all cause hundreds of millions of dollars of damage in the region. Also we had loss of lives and injuries so it is a very important issue.” Dr. Artur Gevorgyan, Hydromet Service of Armenia
The Up2University project helps school-aged students prepare for university by making the technology and the methodology that students most likely will be facing at universities available to the secondary school level.
High-bandwidth capacity enables effective rehabilitation and physical therapy for children in the comfort of their own homes using advanced robotic platforms.
‘Music Without Borders’ using LoLA low latency data transmission technology was enjoyed by Ministers and Ambassadors from around Europe and Eastern Partnership (EaP) countries.
When artworks are too fragile to be moved, you have to come to them. The MOLAB team helps art historians and conservationists study fragile artefacts with hi-tech non-invasive equipment.
Both in science and in society in general there is a rising demand for time accuracy. Extreme accuracy that is, and that involves sophisticated time measuring devices like hydrogen masers and caesium fountains. In the CLONETS projects r&e networks collaborate to deliver high performance clock services.
The observation in August 2017, for the first time ever, of the merging of two neutron stars was the result of an important collaboration between the American and Italian interferometers LIGO and VIRGO. This discovery initiates the era of “multimessenger astrophysics,” which promises to reveal exciting new insights about the Cosmos.
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