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As we enter the era of exascale supercomputing, a major challenge is how to program these next-generation machines.

The ARCHER2 service is designed to enable world-leading research for over 4,000 users, which covers a wide range of research areas and scientific software. To assist these users, the

The Data Slipstream project is building a system whereby the large, diverse and complex datasets vital to Earth Observation (EO) research at the University of Edinburgh and beyond can be brought to

Playing around with ChatGPT seems to be mandatory now if you do anything with computers, and I've been recently doing this to see what its capabilities are.

Many of the articles about ARCHER2 contain a statement such as “ARCHER2 is hosted and operated by EPCC at the University of Edinburgh”. But what does this actually mean?

Jakub Adamski, a PhD student at EPCC, is investigating the benchmarking of classical simulations of quantum computing against real quantum hardware.

Since our foundation, we have worked with commercial partners to bring them the competitive advantages of high performance computing.

EPCC has carried out pilot studies with local start-ups Danu Robotics and Mercury Environmental Systems Ltd as part of a Europe-wide HPC network.

On the 12 December 2022 the default CPU frequency on ARCHER2 compute nodes was set to be 2.0 GHz.

We’ve been providing computing and software support to start-up Danu Robotics, which aims to revolutionise the efficiency of the recycling sector with an AI-powered, vision-guided, robotic sorting