Energy and environment AI, cloud and IoT driving digital lab transformation as informatics market to hit $8.7bn by 2029 The global laboratory informatics market is experiencing a period of growth due to the acceleration of digital transformation and AI, as well as the rising use of data management tools in new markets Latest Content AI, cloud and IoT driving digital lab transformation as informatics market to hit $8.7bn by 2029 Italy’s largest university supercomputer becomes more sustainable UK government invests in modelling and analysis to boost environmental research New technologies Cloud metrology reporting helps manufacturers reduce part quality issues faster Improving Sustainability in Datacentres White papers Leveraging open platforms for scalable quantum computing control systems Quantum computing is complicated, but the infrastructure doesn’t have to be Flexible, scalable and sustainable: the new power behind tomorrow’s weather predictions The world’s leading weather-forecasting companies, usually process weather data four times a day, which, depending on the speed of execution, can t More content AI, cloud and IoT driving digital lab transformation as informatics market to hit $8.7bn by 2029 Italy’s largest university supercomputer becomes more sustainable UK government invests in modelling and analysis to boost environmental research University of Glasgow aims to reduce environmental impact of digital tech How Wellcome Sanger puts energy efficiency at the heart of its HPC strategy Leveraging open platforms for scalable quantum computing control systems HPC and a digital twin support landscape management along the Neckar Accelerating the exploration of quantum computing at Pawsey Supercomputing Centre £225m investment aims to put the UK at the “forefront of the AI revolution” Research platform aims to explore the Earth: terrabyte $6.55M investment funds extreme weather risk modelling NSF selects semifinalists for the inaugural NSF Regional Innovation Engines competition Pagination Page 1 Next page Next ›
