Different data, different analytical tools, different users. How can scientific computing cope with diversity in the life sciences? Tom Wilkie discovers that data pipelining and workflow technology offer new approaches
Felix Grant explores the applications for - and reasoning behind - pattern recognition
Commercial laboratories increasingly turn to less-skilled staff for their routine analyses, but also want to use and share their results in far more ways than in the past. The key to achieving these different goals lies in the software, writes Siân Harris
Andre Geim, director, Centre for Mesoscience and Nanotechnology, University of Manchester
Things are hotting up in the world of weather and climate forecasting thanks to today’s highly ambitious projects
Drug discovery is a complex process that requires increasing resources and time to generate new molecules. As the processes have matured there is an increasing reliance on computational methods to accelerate the discovery process.
Patients across the UK will benefit from better healthcare, treatments and faster diagnosis as the government sets out plans to deliver genomic healthcare
One of the most obvious, and immediate challenges when bringing new software into a lab environment is the likely ‘spaghetti soup’ of existing platforms – possibly from multiple vendors – that are already installed, suggests Richard Milne
With the growth of AI and DL comes new opportunities for emerging applications finds Robert Roe
Robert Roe takes a look at the training and skills development opportunities for scientists using HPC in their research
A round-up of the latest cooling technologies for scientists using HPC to support their research
A round-up of the latest storage products and technology available for scientists using HPC as a tool for their research
