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RESOURCES

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 Data Intensive (DIaC)

 Our resource at University of
 Cambridge

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 Data Intensive (DIaL)

 Our resource at University of
 Leicester

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 Extreme Scaling

 Our resource at Edinburgh
 University

 Memory Intensive

 Our resource at University of
 Durham

OUR SCIENCE

 Highlights

 Highlights from DiRAC Research  Projects

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 Research Groups

 Our resource at University of
 Cambridge

3D atmospheric modelling of exoplanetary atmospheres with DiRAC. Image caption (longer version): Exoplanets are planets that exist outside of our solar system, orbiting distant stars. Scientists at the University of Exeter and the Met Office use state-of-the-art 3D climate models to understand the key physical processes which control the atmospheres of these exoplanets. Exoplanetary atmospheres are diverse, and many of them behave in a completely unfamiliar way, compared to Earth. This image shows results of several computer simulations given various planetary and stellar parameters. Astrophysicists and climate scientists work together to analyse these simulated atmospheres by looking at temperatures, winds, cloudiness and other meteorological variables – testing and developing theories of climate processes.  Image credit: Dr Denis Sergeev, University of Exeter.

 Image Library

 Our resource at Edinburgh
 University

 DiRAC Science Day

 Previous & Upcoming DiRAC  Science Days

ACCESSING DIRAC

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 Proposals

 Apply for compute time

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 Allocations & RAC

 Current and previous project  allocations

 DiRAC Safe

 Access the safe portal

 Acknowledge DiRAC

 Acknowledge DiRAC in your  publications

ONLINE TRAINING & EVENTS​

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 HPC Foundation Skills

 Our HPC skills course

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 AI/ML

 Our Machine Learning Course

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 Hackathons

 Industry-partnered Hackathons

 Events

  All DiRAC and 3rd-party events