Research programmes
Fluid-simulation methodsStatus: research
Hybrid quantum-classical exploration for flow and turbulence workloads.
Overview
- An active research programme into hybrid representations of correlated flow structures, run as six stages from parameterisation through to export.
- Integrates with the CFD tooling teams already use, rather than asking them to leave it.
- No benchmarked speedup, accuracy or energy figure is claimed. Earlier published numbers were withdrawn pending a reproducible benchmark and review pack.
Part of Quantum & Advanced Computing.
How it works
Real components only. Anything not listed here does not exist yet.
01
Fluid parameterisation
Velocity, pressure, density, vorticity and energy mapped to quantum observables
02
Quantum encoding
Amplitude, phase and entanglement representations of the field
03
Variational solver
Navier–Stokes and Hamiltonian formulations under energy minimisation
04
Annealing optimisation
Boundary, turbulence and thermodynamic parameter optimisation
05
Classical refinement
Neural PDE refinement, noise correction and hybrid iteration
06
Visualisation & export
3D fields, animation and OpenFOAM / ParaView export
Specs
Actual limits, not aspirations. Where a row is missing, the number has not been measured or cleared for publication.
No specification is published for this product yet. We would rather show an empty table than numbers we cannot reproduce on request. Ask us directly and we will tell you what the current limits are.
Access
Research programme. We collaborate with groups working on simulation problems in this space; there is nothing to license.