Harnessing biological computing for a sustainable future – Computing
This article by Matthew Armean-Jones and Aidong Xu examines the potential for biological computing to create more sustainable computing.
This article by Matthew Armean-Jones and Aidong Xu examines the potential for biological computing to create more sustainable computing.
From artificial intelligence to quantum, the latest computing trends offer vast opportunities for the future of computing. In this article Dr Aidong Xu looks at some of the emerging novel silicon architectures.
Novel silicon architectures offer exciting opportunities for intelligent devices using AI, promising incredible growth for the future of silicon chip design
Society, and in turn business, need to find more sustainable alternatives to the power-hungry computation that has got us to where we are today. Excitingly, the emergence of neuromorphic computing, which mimics our neural systems, promises both extraordinary performance and transformative energy efficiency.
For many business leaders, quantum technology remains confusing and inaccessible. But it can feel more familiar when it takes its place as part of a wider system. Here Edmund Owen explains the keys to integrating quantum components into larger systems, existing value chains and business processes
Biological, neuromorphic, photonic – the future is more than just quantum. In this article, Dr Aidong Xu provides an overview of the computing technologies that will arrive in the next two-to-ten years.