Technology and tenacity in the Himalayas
NREN engineers and ICIMOD researchers used wireless sensors at high altitude to monitor glacial melt and lake growth, improving climate data from remote Himalayan regions.
NREN engineers and ICIMOD researchers used wireless sensors at high altitude to monitor glacial melt and lake growth, improving climate data from remote Himalayan regions.
Severe flooding in southern Brazil disrupted university operations, with campuses closing and research paused as institutions and RNP supported emergency response efforts.
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.
Data transfer reached 6 Tb/s at the Supercomputing SC23 event in the United States.
Position, navigation and timing services rely on geodetic data, such as how fast the Earth is spinning and the tilt of its axis, collected from observatories around the globe.
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