Computing
Computing accelerates fusion energy research via modelling, engineering design, materials analysis, and data processing – offering valuable insights to researchers.
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CRCOpen ROS2 Driver
A ROS2 driver for robotics researchers and industrial users of Comau robots.
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FISPACT-II
FISPACT-II is advanced nuclear simulation software providing predictive, spectral and temporal simulation methods using comprehensive nuclear data libraries.
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Fusion Computing Lab: engaging supercomputers to test the ‘untestable’
UKAEA’s Fusion Computing Lab uses supercomputing, AI and digital twins to accelerate safe, scalable design of future fusion energy power plants
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Fusion product (neutron/alpha) sampling tools
A python toolkit for fusion scientists studying neutronics or fast particle physics in tokamaks.
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HARDS: Hierarchical Arbitrary Data Storage
A pure-Python library to manage hierarchical datasets on the filesystem.
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International Computing
Developing international collaborations to help design and deliver the commercial fusion era.
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Modelling a star in a jar – in seconds
An advanced AI tool has been developed by scientists for simulating fusion plasma, supporting designs for fusion power plants.
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NESO-Particles
NESO-Particles is a performance portable library for particle data and looping operations for the fusion use case.
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Partially Observable Monte-Carlo Graph Search
POMC GraphSearch.jl – an offline planning algorithm that performs Monte-Carlo Graph Search for POMDPs and stores policies as finite-state controllers (FSCs).