From computation
to power plants.
Our goal is to build fusion power plants around reactor geometries discovered through faster, physics-grounded integrated modelling.
What ORIGO stands for.
ORIGO stands for Optimisation of Reactor Integration, Geometry and Operation. We are an early-stage venture pursuing the design, construction and eventual operation of fusion power plants.
Speed is central to our approach. We aim to connect established fusion simulation codes with accelerated numerical techniques, reducing the wait for results while preserving physical accuracy. This integrated modelling would guide the search for reactor geometry and engineering choices across the whole plant.
We are not presenting an operating fusion plant or a finalized reactor design. We welcome thoughtful conversations with researchers, potential collaborators, engineering talent and early supporters.
Kozak Hou
Founder, ORIGO Fusion.
Kozak studied Advanced Computational Science and Engineering at Imperial College London and is currently pursuing PhD in nuclear fusion plasma physics at The University of Tokyo. His experience spans physics-based machine learning architecture design at the National Center for High-Performance Computing and ML surrogate modelling for 3D plastic injection moulding simulations at Moldex3D.
Inspired by the convergence of physics, AI, and high-performance computing, he founded ORIGO Fusion to turn scientific advances into real-world energy solutions.
In an AI-driven world of rapid iteration, he believes the next singularity lies in energy.
Personal websiteBuild meaningful collaborations.
Scientific computing, plasma physics, engineering design, reactor systems and research validation.