Technology

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 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.

What role do clouds and particles play in global warming? That is what an instrument developed in the Netherlands, SPEXone, on board a new NASA climate satellite, is exploring. The data collected by SPEXone will be processed and stored at SURF and made available to the scientific community.

A team of network engineers from the Nepal Research and Education Network and researchers from the International Centre for Integrated Mountain Development based in Kathmandu, Nepal have built a sensor network using wireless technologies to monitor high altitude climate change.

Universities played an important role in recovery efforts, with the support of the Brazilian National Education and Research Network (RNP).

A Japanese research consortium involving NICT and partners has developed a 64-qubit quantum computer based on superconductivity.

This development facilitates increased traffic to various global research and education networks and is part of the EU-funded AfricaConnect3 initiative.

Fire simulations are highly complex. Using the supercomputer LUMI, operated by the Finnish research and education network CSC, Ramboll Finland managed to speed up the process significantly.

This initiative aims to transform the Southern Macrozone region of Chile into a hub for global development and research.

Observation of processes inside live cells, optical communication in deep space, and quantum computers are examples of applications which will benefit from a new Japanese technological achievement.