‘Choosing a system that offers flexible configuration to match specific teams’ needs is key to digital transformation,’ says Sharon Williams, Interactive Software’s product director.
Features
Susie Stephens and Dennis Constantinou see Grid computing as the way to master the flood of information from the life sciences
Jack Little believes that model-based design is the best way to turn new ideas into real things
A combination of youth and maturity is required for the successful application of computing in the life sciences, according to Neil Kipling
Paul R. Topping scents a sea change in the way scientific research will be created, published, and read in the coming decade
Tom Wilkie looks at 10 years of scientific computing
Looking for something to keep you fit? Michael Kenward surfs for sport science
Web services will offer a way for LIMS to integrate with enterprise resource planning systems, says Peter Rees
Bruce von Herrmann believes that better informatics is the only way to meet the challenge of increasing complexity in the life sciences
We must move beyond software designed to solve single physics problems, according to Lars Langemyr
Clare Sansom talks to Janet Thornton, a pioneer of computing for the life sciences
Scientific Computing World appeared just as the World Wide Web was escaping from particle physics. Michael Kenward reflects on a decade of rapid progress
C. James Cooper looks forward to an exciting decade, as the universal language of mathematics underpins efforts to integrate knowledge from different domains
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Today the European Bioinformatics Institute (EBI) maintains the world’s most comprehensive range of freely available and up-to-date molecular data resources
What do you think will be the biggest change in the laboratory?
Richard Milne VP and general manager of digital science at Thermo Fisher:
The pandemic has defined the development of laboratory software and technologies, as collaboration and remote working tools become requirements to a productive laboratory.