Quantum computing, although still in its infancy, promises to be revolutionise scientific computing. By leveraging the principles of quantum mechanics, quantum computers have the potential to solve ...

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HPC is essential for solving complex computational problems across industries. Much of this growth is driven by the adoption of AI, increasingly large data sets, and experiments' growing complexity.

Algorithmiq develops quantum algorithms that integrate classical computers with advanced quantum computers. Their quantum solutions are designed to push the boundaries of scientific discovery at an ...

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MaterialsZone is an R&D solution for Advanced Materials, Chemicals, and other industries that helps scientists use AI to engage with their data, merging artificial intelligence with human expertise to ...

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Professor Simon McIntosh-Smith highlights Arm’s growing role in HPC, noting its success in outperforming expectations and gaining industry-wide adoption, from Amazon to Nvidia, for AI and HPC ...

Duke University's Amanda Randles highlights the challenges of modelling complex biological systems, emphasising the importance of parallel computing and large-scale simulations.

University of Alaska Fairbanks staff upgraded the university’s most powerful high-performance computer this summer to significantly increase its capacity and usefulness to researchers and students ...