3 results
Develop numerical algorithms and software for scientific supercomputing. The research includes eigensolver methods for emerging high-performance computing environments.
Develop quantum-computing approaches to fluid dynamics. Investigate lattice-Boltzmann formulations, linearisation, sparse-Hamiltonian and quantum linear-systems methods, alongside hybrid classical–quantum approaches. Compare formulations for resource demand, numerical stability, scalability and practical implementation, and help shape the project’s…
The Control and Automation group at inspire AG, an ETH Zurich strategic partner, offers a full-time postdoctoral position in Zurich with an industrial partner and ETH’s Automatic Control Laboratory. The researcher will develop iterative learning control and parameter-optimisation algorithms, connect theoretical analysis to tests on industrial hardware, and…
End of results.