Quantum computing has the potential to transform industries from pharmaceuticals and logistics to material science and beyond – but it’s a complex topic to understand. Quantum computing introduces new concepts, tools and even ways of thinking. In this blog we will unpack some of the most relevant key terms and ideas, and explain how we’re supporting UK industry to prepare, and benefit from quantum computing
Harnessing exascale computing and scalable AI for societal impact
Our Chief Science Officer, Vassil Alexandrov, delves into how exascale computing and scalable AI are helping to transform industry, accelerate innovation and address societal challenges.
Estimating and reducing resources for solving cryptography problems using quantum computers
To make quantum computing practical for real-world challenges such as drug discovery and material innovation, it is crucial to understand and reduce its resource requirements. Our work with PsiQuantum focuses on optimising the quantum resources needed to solve cryptographic problems, a key step in advancing quantum computing for broader applications in this field.
Fusion | What does it mean? Decoding commonly used phrases in fusion research
One day fusion could power our planet with clean, limitless energy using the same process that powers the stars. But fusion science comes with its own language, which can sometimes feel like a universe of its own. Here, we breakdown fusion terminology and share how our experts are working with UKAEA to advance digital technologies and help pave the way to a more energy-efficient future.