A close up view of rain drops hitting a road.

Predicting precipitation using machine learning

"NeSI experts introduced new technical ideas and tools which we will use and implement elsewhere."
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A photograph of DNA, coloured blue against a black background.

Developing bioinformatic approaches to epigenetics and health

"Setting up EWAS pipeline for global access is something I would not have been able to do myself."
Photo of stocked shelves of the dairy section of a supermarket.

High performance marketing insights

"I have been excited to learn how to use more development tools, especially CMake, for application development, and really impressed by the value that the NeSI consultants added to this project."
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Supporting global collaborations

"Extensive use of NeSI’s HPC resources helped QuakeCoRE to produce world-class research output, which made our research internationally visible."
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Enabling smarter heart surgery

"I was modelling a 109-vessel network and after four days the scenario had only 12 per cent completion...The NeSI Consultancy led to this time being cut down to seven-and-a-half hours for the full scenario run."
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Unlocking the power of ParaView to visualise the mechanical behaviour of pumice particles

"The help that we received from this NeSI consultancy project was crucial to our research project."
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Shaking up seismic analysis with 2D models

“NeSI was great. The team was really excited to help us out. It felt like they were part of our research team, not just people we were asking to work for us. They got their heads into it.”
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Computer model image of blood vessels

Modelling coronary artery bypass grafts

"With NeSI’s help, the more sophisticated vessel networks were being solved in several hours, whereas on prior estimates they would have taken a few months."
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Searching for new insights into atmospheric processes and interactions

"The help and efforts of the NeSI consultancy team made it possible to smoothly run climate simulations on NeSI."

Understanding proteins through simulation

"By mapping the atom movements as they propagate through the enzyme, we get an idea of how the organism regulates the enzyme. Researchers could use this knowledge when looking at other enzymes in the future."