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The Express Gazette
Monday, October 19, 2026

UK Begins Construction on New £750 Million Supercomputer

The facility, set to be one of the world's most powerful, will enable researchers to simulate complex phenomena.

Technology & AI • 4 months ago
UK Begins Construction on New £750 Million Supercomputer

Construction has commenced on a new £750 million supercomputer in the United Kingdom, a project described as a significant leap forward in computational power. The facility, being built at a site near Edinburgh, is expected to be the most powerful in the UK and among the most potent globally upon its completion.

The supercomputer will be roughly the size of a medium-sized supermarket and will house thousands of processors. Its capabilities are expected to reach one quintillion calculations per second, a measure of processing power described as a billion billion.

Professor Mark Parsons, director of the supercomputer project, expressed excitement about the endeavor. He stated that the machine will empower researchers and commercial entities to "simulate the world around them" by processing vast amounts of data. This will allow for the creation of models for phenomena that are difficult or impossible to study through traditional laboratory experiments.

Supercomputers are designed to model events and systems that are too rapid, too large, or too lengthy for conventional experimental methods. Examples include simulating quantum mechanics, modeling the impact of an earthquake, or studying the expansion of the universe over cosmic timescales. Prof Mark Parsons, standing in front of the supercomputer site. He has glasses and is wearing a suit jacket.

The construction site itself features large black buildings and heavy machinery, indicative of the scale of the infrastructure project. A building site of a new supercomputer. We can see a large black building, with several diggers next to it

This new facility is anticipated to accelerate scientific discovery and innovation by providing unprecedented computational resources to the UK's research community and industry partners.


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