The global network of interconnected National Research and Education Networks is boosting international capacity where needed as part of the global rapid response to the recent novel coronavirus disease (COVID-19) outbreak.
The international iPSYCH project identifies genes related to specific mental illnesses to inspire development of better medicine and earlier diagnosis.
Australian scientists on the hunt for gravitational waves rely on AARNet for transferring data from LIGO detectors in the USA to OzGrav nodes in Australia for analysis.
Three UK universities had a similar, but complex, challenge when trying to set up a jointly-taught partnership with a Chinese university, starting in 2016–17.
SONG, the Stellar Observations Network Group is creating a network of small, interconnected, robotic telescopes scattered across the globe, to be able to focus on one specific point in the sky for days, weeks and months on end.
A customized network solution has greatly improved access to essential satellite imagery and geospatial data for researchers who help inform government policy on land management.
Scientists in Kenya and Australia collaborate on a research project to diagnose viruses that infect cassava, and sequencing whole cassava virus genomes in order to help eradicate infection.
Eduroam is expanding across countries and beyond campuses to support mobility for academics, students and researchers globally, with Tajikistan being among the latest country to join the eduroam family.
R&E networks help save lives by powering interactive remote training of endoscopists on novel techniques for early stomach cancer diagnosis and treatment.