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      • Supercomputing makes it possible to generate digital twins of the Earth that mimic the processes of its climate system Certain simulations — examples being the folding of a protein or the Earth's climate system — require extremely complex calculations, and therefore greater computing capacity.
      dobetter.esade.edu/en/supercomputing-climate-change
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  2. Nov 17, 2023 · A pair of Chinese supercomputers is widely credited as the first to cross the exascale threshold in 2022, and research results from those machines, such as the first global climate model to incorporate the cooling effects of specific volcanic eruptions, were presented at the meeting.

  3. Feb 28, 2024 · Supercomputers improve climate modelling by providing the computational power necessary to process huge amounts of climatic data and run complex simulations with greater precision and speed. Their ability to perform fast calculations and handle large-scale computational tasks leads to more accurate and detailed predictions in climate models.

  4. Supercomputing enables us to enhance high-resolution climate modelling and to better assess future impacts of a changing climate at a regional scale, especially from high-impact weather....

  5. Feb 28, 2024 · Supercomputing makes it possible to generate digital twins of the Earth that mimic the processes of its climate system. Certain simulations — examples being the folding of a protein or the Earth's climate system — require extremely complex calculations, and therefore greater computing capacity.

    • Manel Domingo
  6. Jan 9, 2024 · Downscaling from global climate models that also underpin IPCC assessments, he explains how the team first created a customised regional climate model or “virtual earth atmosphere” that runs...

  7. Jul 11, 2023 · Now a cadre of scientists is pushing for an ambitious solution: a network of next-generation modelling centres, dubbed Earth Visualization Engines (EVE), where hundreds of staff scientists...

  8. May 2, 2024 · By simulating the response of our land, oceans and atmosphere to manmade greenhouse gas emissions, these models form the foundation for predictions of future extreme weather and climate event scenarios, including those issued by the UN Intergovernmental Panel on Climate Change (IPCC).