Nicolas Renaud
A phase field model to guide the development and design of next generation solid-state-batteries
Safer batteries with higher energy densities
- JCER
- solid state batteries
eScience Technology to Boost Quantum Dot Energy Conversion
More efficient lighting and solar energy conversion devices
- JCER
- quantum chemistry
DeepRank
Scoring 3D protein-protein interaction models using deep learning
- Big data
- High performance computing
- Machine learning
Passing XSAMS
New tools for researchers in plasma, combustion and chemical reactor science
- JCER
- Optimized data handling
- Workflow technologies
MULTIXMAS
Multiscale simulations of excitation dynamics in molecular materials for sustainable energy applications
- Computational Chemistry
- High performance computing
- JCER
- + 1
A light in the dark
Quantum Monte Carlo meets solar energy conversion
- Computational Chemistry
- GPU
- JCER
- + 1
Scalable high-fidelity simulations of reacting multiphase flows at transcritical pressure
Solving a scalability problem through dynamic multi-level parallelization
- Computational Chemistry
- Computational Fluid Dynamics (CFD)
- High performance computing
- + 2
Computation of the Optical Properties of nano structures
Accurate and Efficient Computation of the Optical Properties of Nanostructures for Improved Photovoltaics
- Discontinuous Galerkin methods
- JCER
- Maxwell equations
- + 4
Parallel-in-time methods for the propagation of uncertainties in wind-farm simulations
Studying uncertainties in large eddy simulations of wind farms
- JCER
- multiphase flow
- Numerical analysis
Integrating Quantum Computers into a Radio Telescope
- Big data
- High performance computing
- Quantum Computing
QCforQC
Bridging Quantum Chemistry and Quantum Computing
- quantum chemistry
- Quantum Computing
QuWater
Quantum computing for water networks
- Quantum Computing
- Water Distribution Networks