Matthias Möller holds a PhD in Mathematics from TU Dortmund University and is currently Associate Professor of Numerical Analysis at the Delft Institute of Applied Mathematics (DIAM). His research focusses on the development of numerical methods for the computational analysis of fluid dynamics and solid mechanics problems. He is particularly interested in exploring the potential of emerging compute technologies such as quantum computers and their integration into future high-performance computing systems. He is currently PI of the TU Delft QAIMS lab that develops quantum-enhance AI solutions for sustainable materials and structural design in aerospace and head of the Quantum CFD lab which is a joined research initiative between Fujitsu and TU Delft.
Exploring the potential of fault-tolerant quantum computers for future CFD applications
Computational fluid dynamics (CFD) – the computer-aided analysis of fluid flows as they occur in the human body, in combustion engines, and around all types of transportation vehicles – is one of the most challenging and resource-demanding disciplines of the computational sciences. At the same time, accurate CFD simulations are needed more than ever to help solve todays grand challenges – climate change modelling, sustainable transportation, and green energy. Fault-tolerant quantum computers (FTQC) have the potential to overcome the conceptual limitations of traditional high-performance computing architectures. In this presentation, we report on our recent progress in developing a quantum lattice Boltzmann solver that can run start-to-end on future FTQCs. In particular, we discuss first results from the recently started research collaboration with Fujitsu that aims at testing the quantum lattice Boltzmann solver on Fujitsu’s quantum-computer simulator mpiQulacs and future quantum processors.
Date
25 January 2024
From 9am to 6:30pm (CET)
Location
DOB Academy
Raam 180
2611 WP Delft
The Netherlands
Event highlights
Discover Fujitsu’s latest multi-layered computing achievements to drive quantum forward across:
Gain insights into Fujitsu’s various R&D collaborations with world-leading partners – diamond spin, superconducting, error collection, quantum simulator, and applications
Find out about Fujitsu’s technology and research – via poster presentations and technology demos
Network and explore Quantum Collaboration initiatives to identify early applications.