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"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."

“Cloud formations build up spontaneously, but we don’t understand why... I’d like to know whether I can reproduce those mechanisms with my model."

"Access to NeSI was crucial for our work. It allowed us to perform highly accurate quantum Monte Carlo simulations in a reasonable amount of time. The results were crucial for demonstrating the efficacy of our new approach to simulating Fermi gasses."

"NeSI gave us the computational power to model these flows... Instead of being limited to a couple of metres in a lab we could simulate flows that covers kilometres of ocean floor.”

"The help that we received from this NeSI consultancy project was crucial to our research project."

"NeSI has helped us efficiently build a large repository of climate model data from research institutes around the world, which we can now share and analyse in a local supercomputing environment. "

"Before NeSI helped with this project, I was facing cases where I could not compute all the diagnostics required in a realistic time frame and therefore this consultancy has made possible what was simply impossible before."

"They’ll fire it off to Mahuika and we’ll have a result back the next morning. In the past, this could have taken us a week or more."

"To create the map caches for one of our tools would take about a month of continuous processing."

"With HPC and molecular dynamics software, it’s a lot faster and more user-friendly, both factors that will continue to be more valuable to labs in the future."