Getting CPU-intensive computations to run faster used to mean buying a new computer. Not any more, reports Kenneth Shankland and Tom Griffin
Although they derive from redundant Victorian prototypes, fuel cells are sometimes regarded as a power source for the future. But first, as Ray Girvan describes, there is a lot of scientific computing to be done
The trend in laboratory informatics is towards integration of software with instruments and with enterprise resource planning software. Different vendors have different ways of achieving this end and it has driven take-overs and mergers, according to Peter Rees
Once the research has been done, the report has to be written. It used to be boring, but now Felix Grant has found software that makes it bliss
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
