Latin America gears up for high-energy physics
Latin American universities are gaining access to global particle physics research and training through shared infrastructure and collaboration with major international labs.
Latin American universities are gaining access to global particle physics research and training through shared infrastructure and collaboration with major international labs.
The EU-funded SUBMERSE project uses distributed acoustic sensing on subsea fibre cables to capture seismic signals and study underwater noise.
EarthCARE’s spaceborne cloud radar made the first global measurements of vertical cloud motion, offering data that could improve weather prediction and climate models.
In a 2024 test, ESnet streamed raw physics data in real time from Jefferson Lab to a supercomputer 3,000 miles away, enabling instant analysis and simplified scientific workflows.
Denmark’s growing quantum ecosystem includes precise positioning research and a new centre for medical quantum sensing, with support from the NREN DeiC’s quantum initiatives.
A Nordic collaboration developing the NOCOS Digital Twin model uses sea ice forecast tools to give shipping companies better risk indicators for safer Arctic navigation.
After the pandemic, Ireland connected more than 1,000 schools via the HEAnet Schools Network, improving reliable broadband access for digital teaching and learning.
NICT’s low-latency, on-device text-to-speech system now supports 21 languages on smartphones, enabling fast voice synthesis without an internet connection.
AARNet is supporting AIATSIS to preserve and share First Nations language and cultural collections through secure digital infrastructure and data services.
KENET’s hybrid teaching classrooms at St. Paul’s University and other campuses are expanding access to digital learning and interactive education across Kenya.
NASA’s PACE satellite is delivering data on aerosols and clouds that SURF will process to help scientists improve climate models and understand warming effects.
Finnish researchers used CSC’s supercomputing resources to model HPV vaccine effects on infection dynamics, suggesting cervical cancer risk could be greatly reduced.
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