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20 changes: 20 additions & 0 deletions content/news/2025/2025-03-27-genvector-x.md
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---
contributor: max
date: '2025-03-27T14:10:22.153253'
external_url: https://www.syclops.org/updates/2025/03/05/syclops-genvector-x
title: 'CERN: The Large Hadron Collider and the ROOT Project'
image: ../../../static/images/news/2025-05-27-cern-free-image.webp
tags:
- sycl
- syclops
- portability
---

CERN hosts the world’s largest particle accelerator, the LHC, where beams of particles
are accelerated and made to collide to study the fundamental structures of our universe.
The LHC produces petabytes of physics data regarding particle collisions that need to be
analysed efficiently. These collisions are expressed as operations on particles, represented
as 4-dimensional time-space vectors, also known as Lorentz Vectors. Analysing these
massive amounts of data naturally requires highly efficient and complex software solutions.

Read more on the SYCLOPS Website.
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---
contributor: max
date: '2025-05-08T14:10:22.153253'
external_url: https://www.intel.com/content/www/us/en/developer/articles/case-study/synxflow-flood-modelling-cuda2sycl-migration.html
title: 'Migrating SynxFlow High-Performance Flood Modelling from CUDA to SYCL with oneAPI'
image: ../../../static/images/news/2024-09-19-intel-water.webp
tags:
- sycl
- portability
- oneapi
---

The SynxFlow hydrodynamic modeling code was re-engineered using oneAPI, Intel’s implementation of SYCL,
a cross-vendor heterogeneous programming model. This transformation aimed to address limitations in GPU
compatibility and enhance scalability for next-generation Exa-Scale High-Performance Computing (HPC) systems.
The new implementation delivers improved performance, interoperability, and scalability across diverse hardware
platforms, enabling ground-breaking large-scale probabilistic forecasting with high spatial and temporal resolutions.

The SYCL implementation and Performance tests used components of the Intel® oneAPI Base Toolkit
and Dawn, one of the UK’s newest and fastest artificial intelligence (AI) supercomputers.
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