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Researchers are improving ultrasound technology to better detect breast cancer in women with dense breasts, where mammograms may miss cancer or give false positives

A collaboration with national research and education network KENET allows doctors, nurses and medical students at the AIC Kijabe Hospital in Kenya to connect to Wi-Fi via eduroam.

In just five years, a groundbreaking collaboration between universities in Latin America and Europe has established infrastructure enabling local physicists to contribute to some of the world’s most advanced scientific experiments.

Seismic monitoring technology at the Madeira Island, Portugal, allows a submarine optic cable to act as a sensor for seismic activity. This improves the chances of predicting earthquakes and tsunamis.

A radar developed by Japan’s National Institute of Information and Communications Technology and partners has made the world’s first measurement of vertical cloud motion from space.

In April 2024, Jefferson Lab streamed and processed raw physics data in real time over 3,000 miles at 100 gigabits per second—a breakthrough for big-data science.

Danish researchers are testing devices that provide precise location data in remote areas without satellite navigation. Meanwhile, a new center for developing highly accurate healthcare sensors is opening in Copenhagen, highlighting Denmark’s momentum in quantum technology. Now, DeiC, Denmark’s national research and education network, is enhancing its commitment to quantum advancements. “We offer support to... View Article

With rising temperatures and decreasing sea ice, the Arctic shipping season is steadily being extended, though conditions continue to be challenging. A research collaboration across the European Nordic countries develops a sea ice modelling tool that helps the shipping industry estimate risks. The tool also calculates the climate indicator for sea ice to predict future... View Article

The HEAnet Schools Network is providing reliable high-speed internet connectivity to primary and post-primary schools nationwide.

With a latency of just 0.5 seconds, smartphones can now convert text to speech in 21 languages, thanks to Japan's National Institute of Information and Communications Technology.

Delivering the network that's helping to preserve and foster a greater understanding and appreciation of the rich and diverse cultural heritage of Aboriginal and Torres Strait Islander peoples.

The project meets the evolving needs of education ensuring learners are equipped with the skills and knowledge necessary to thrive in a digitally driven world.