Accelerating life science research
The application of high-performance computing could have far-reaching implications for bioinformatics and life sciences researchers, as Robert Roe discovers
The application of high-performance computing could have far-reaching implications for bioinformatics and life sciences researchers, as Robert Roe discovers
Developments in bioinformatics are putting pressure on those tasked with data analysis and interpretation, writes Sophia Ktori
Additive manufacturing (AM) is opening up new possibilities for engineers to create components and subsystems enabling rapid prototyping and novel designs that can help to accelerate innovation.
We caught up with David Fox, chief business officer at Modality.ai, for a quick chat about biotech software trends
Sophia Ktori discusses the importance of integration and open systems in supporting laboratory automation
Robert Roe explores advances in CPU, accelerator and networking hardware that is being designed to support exascale.
Professor Dieter Kranzlmüller of Leibniz Supercomputing Centre (LRZ) outlines the work of the facility
A round-up of the latest products for scientists using networking technologies
A round-up of the latest storage products and technology available for scientists using HPC